Example code

class Age:

def $($self$,$ years, months, days$)$:

self years $=$ years

self. months $=$ months

self.days $=$ days

def $($self$)$:

#TODO$1$: implement this method so that it returns a string representation of the 'Age' objects

def $($self$,$ other$)$:

#TODO$2$: implement this method so that it returns the sum of two 'Age' objects

#driver code

age$1=$Age$(2,3,22)$

age$2=$Age$(3,4,2)$

age$3=$Age$(10,8,10)$

print$(age1+$age$2)$

print$(age1+$age$3)$

Expected output:

$5$ years $7$ months $24$ days $13$ years $0$ months $2$ days

Assignment

$($Class Customization$/$Operator overloading$)$

Complete the implementation of the 'Age' class provided on the next slide.

Todo $1$: Implement the $\_()$ method so that it returns a string representation of the 'Age' objects. Todo $2$: Implement the $\_()$ method so that it returns the sum of two 'Age' objects. To make the task easier, please assume that every month consists of $30$ days.

If your implementation is correct, it should match the expected output.