Write a function add$\_$owners that will match cars with their owners based on a dictionary passed as a parameter. The dictionary uses owners $($Person objects$)$ as keys and tuples of Car objects they own, as values. You may$/$should reuse the previously developed function get$\_$address to retrieve Persons addresses. Note that this function does not print or return anything, its role is to modify existing objects.

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',$2)$

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$\text{'},27)$

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$6])$

d $=\{$p$1$:$($c$1,$c$2),$p$2$:$($c$3,$c$4),$p$3$:$($c$6,$c$7,$c$1),$ p$5$:c$5\}$

add$\_$owners$($houses$,$d$)$

print$($c$1.$get$\_$owners$\_$list$())$

print$($c$4.$get$\_$owners$\_$list$())$

print$($c$5.$get$\_$owners$\_$list$())$

output:

$[[\text{'}$Jim$\text{'},\text{'}123$ Happy St$.$ Blackwood'$],[\text{'}$Cleo$\text{'},\text{'}123$ Happy St$.$ Blackwood'$]]$

$[[\text{'}$Ashley$\text{'},\text{'}123$ Happy St$.$ Blackwood'$]]$

$[[\text{'}$Adam$\text{'},\text{'}6$ Agnes Av$.$ 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$)]$