Write a function get$\_$address$2$ that takes a list of House objects and a Person's age, as parameters, and returns the house addresses where at least one person of that age lives. If there are no inhabitants in that age in any of the houses it should print the message as shown in the tests.

Example usage:

$>>$

houses $=[]$

h$1=$ House$(\text{'}123$ Happy St$.$ Blackwood'$)$

h$2=$ House$(\text{'}6$ Agnes Av$.$ Aldinga'$)$

h$3=$ House$(\text{'}8$ Daw St$.$ Aldinga'$)$

h$4=$ House$(\text{'}23$ Oak St$.$ Blackwood'$)$

h$5=$ House$(\text{'}61$ Gorge Av$.$ Aldinga'$)$

h$6=$ House$(\text{'}81$ Waterman St$.$ Aldinga'$)$

c$1=$ Car$(\text{'}$Ford$\text{'},$'Mustang',$2)$

c$2=$ Car$(\text{'}$Ford$\text{'},$'Fiesta',$4)$

c$3=$ Car$(\text{'}$Toyota$\text{'},$'Camry',$2)$

c$4=$ Car$(\text{'}$Mazda$\text{'},\text{'}$Cx$-9\text{'},6)$

c$5=$ Car$(\text{'}$Mazda$\text{'},\text{'}$Cx$-5\text{'},5)$

c$6=$ Car$(\text{'}$Mitsubishi$\text{'},$'Colt',$12)$

c$7=$ Car$(\text{'}$Toyota$\text{'},$'Corolla',$2)$

c$8=$ Car$(\text{'}$Ford$\text{'},$'Escape',$10)$

c$9=$ Car$(\text{'}$Ford$\text{'},$'Raptor',$8)$

c$10=$ Car$(\text{'}$Holden$\text{'},$'Barina',$14)$

p$1=$ Person$(\text{'}$Jim$\text{'},28)$

p$2=$ Person$(\text{'}$Ashley$\text{'},31)$

p$3=$ Person$(\text{'}$Cleo$\text{'},21)$

p$4=$ Person$(\text{'}$Jessica$\text{'},18)$

p$5=$ Person$(\text{'}$Adam$\text{'},19)$

p$6=$ Person$(\text{'}$Andrew$\text{'},34)$

p$7=$ Person$(\text{'}$Jake$\text{'},20)$

p$8=$ Person$(\text{'}$Joshua$\text{'},17)$

p$9=$ Person$(\text{'}$Amica$\text{'},25)$

p$10=$ Person$(\text{'}$Helen$\text{'},34)$

p$11=$ Person$(\text{'}$Barney$\text{'},29)$

p$12=$ Person$(\text{'}$Sandra$\text{'},30)$

p$13=$ Person$(\text{'}$John$\text{'},25)$

p$14=$ Person$(\text{'}$Patrick$\text{'},26)$

p$15=$ Person$(\text{'}$Sammy$\text{'},19)$

h$1.$add$\_$car$($c$1,$c$2)$

h$2.$add$\_$car$($c$3)$

h$3.$add$\_$car$($c$4)$

h$4.$add$\_$car$($c$5,$c$6,$c$7)$

h$5.$add$\_$car$($c$8)$

h$6.$add$\_$car$($c$9,$c$10)$

h$1.$add$\_$inhabitant$($p$1,$p$2,$p$3,$p$4)$

h$2.$add$\_$inhabitant$($p$5,$p$6)$

h$3.$add$\_$inhabitant$($p$7,$p$8,$p$9)$

h$4.$add$\_$inhabitant$($p$10)$

h$5.$add$\_$inhabitant$($p$11,$p$12)$

h$6.$add$\_$inhabitant$($p$13,$p$14,$p$15)$

houses.extend$([$h$1,$h$2,$h$3,$h$4,$h$5,$h$6])$

print$($get$\_$address$2($houses$,32))$

print$($get$\_$address$2($houses$,25))$

output:

Looks like there are no inhabitants of $32$ years old.

$[\text{'}8$ Daw St$.$ Aldinga',$\text{'}81$ Waterman St$.$ Aldinga'$]$

Here are the Classes:

class Person:

def $\_\_$init$\_\_($self$,$ name, age$)$:

self.name $=$ name

self.age $=$ age

def $\_\_$str$\_\_($self$)$:

return 'This is $\text{'}+$ self.name $+\text{'},\text{'}+$ str$($self$.$age$)+\text{'}$ years old.$\text{'}$

def is$\_$teenager$($self$)$:

return self.age $<20$

class Car:

def $\_\_$init$\_\_($self$,$ make,model,age$)$:

self.make $=$ make

self.model $=$ model

self.age $=$ age

self.owners $=\{\}$

def $\_\_$str$\_\_($self$)$:

return 'This is: $\text{'}+$ self.make $+\text{'},\text{'}+$ str$($self$.$age$)+\text{'}$ years old.$\text{'}$

def add$\_$owner$($self$,*$o$)$:

for i in range$($len$($o$))$:

if isinstance$($o$[$i$][0],$Person$)$ and isinstance$($o$[$i$][1],$str$)$:

self.owners$[$o$[$i$][0]]=$ o$[$i$][1]$

else:

print$(\text{'}$Error: cannot update the list of car owners'$)$

break

def get$\_$owners$\_$list$($self$)$:

o$\_$list $=[$n$.$name for n in self.owners.keys$()]$

return $[[$x$,$y$]$ for x$,$y in zip$($o$\_$list,self.owners.values$())]$

class House:

def $\_\_$init$\_\_($self$,$ address$)$:

self.address $=$ address

self.inhabitants $=[]$

self.cars $=[]$

def $\_\_$str$\_\_($self$)$:

return 'This house is inhabited by $\text{'}+$ str$($len$($self$.$inhabitants$))+\text{'}$ people.$\text{'}$

def add$\_$inhabitant$($self$,*$p$)$:

for i in range$($len$($p$))$:

if isinstance$($p$[$i$],$Person$)$:

self.inhabitants.append$($p$[$i$])$

else:

print$(\text{'}$Error: cannot update the list of inhabitants'$)$

break

def add$\_$car$($self$,*$c$)$:

for i in range$($len$($c$))$:

if isinstance$($c$[$i$],$Car$)$:

self.cars.append$($c$[$i$])$

else:

print$(\text{'}$Error: cannot update the list of cars'$)$

break

def get$\_$inhabitants$($self$)$:

inhab$\_$names $=[$n$.$name for n in self.inhabitants$]$

inhab$\_$ages $=[$n$.$age for n in self.inhabitants$]$

return $\{$n:a for $($n$,$a$)$ in zip$($inhab$\_$names,inhab$\_$ages$)\}$

def get$\_$cars$($self$)$:

car$\_$makes $=[$c$.$make for c in self.cars$]$

car$\_$models $=[$c$.$model for c in self.cars$]$

return $[[$x$,$y$]$ for x$,$ y in zip$($car$\_$makes,car$\_$models$)]$