c$++$

Write the InputTowns$()$ function in the SmallTowns class. Within InputTowns$(),$ use cin to read pairs of input, string currName and

integer currPopulation, until "done" is read from input. Create each Town object with currName and currPopulation as arguments

and append each object to vector townList.

Ex: If the input is Sundance $1200$ Goshen $3600$ Opal $4500$ Bow $1500$ done, then the output is:

Town: Sundance, Population: $1200$

Town: Goshen, Population: $3600$

Town: Opal, Population: $4500$

Town: Bow, Population: $1500$Write the InputTowns$()$ function in the SmallTowns class. Within InputTowns$(),$ use cin to read pairs of input, string currName and integer currPopulation, until "done" is read from input. Create each Town object with currName and currPopulation as arguments and append each object to vector townList.

Ex: If the input is Sundance $1200$ Goshen $3600$ Opal $4500$ Bow $1500$ done, then the output is:

Town: Sundance, Population: $1200$

Town: Goshen, Population: $3600$

Town: Opal, Population: $4500$

Town: Bow, Population: $1500$ #include

#include

using namespace std;

class Town $\{$

public:

void SetNameAndPopulation$($string newName, int newPopulation$)$;

void Print$()$ const;

private:

string name;

int population;

$\}$;

void Town::SetNameAndPopulation$($string newName, int newPopulation$)\{$

name $=$ newName;

population $=$ newPopulation;

$\}$

void Town::Print$()$ const $\{$

cout $$ "Town: $"$ name Population: $"$ population $$ endl;

$\}$

class SmallTowns $\{$

public:

void InputTowns$()$;

void PrintTowns$()$;

private:

vector townList;

$\}$;

$/*$ Your code goes here $*/$

void SmallTowns::PrintTowns$()\{$

Town currTown;

unsigned int i;

for $($i $=0$; i $$ townList.size$()$; $++$i$)\{$

currTown $=$ townList.at$($i$)$;

currTown.Print$()$;

$\}$

$\}$

int main$()\{$

SmallTowns smallTowns;

smallTowns.InputTowns$()$;

smallTowns.PrintTowns$()$;

return $0$;

$\}$