I Need help with my lab my output coming wrong could you fix it for me $???$ I posted my question below and also added my code too please fix it & show the output that work successfully $???$ Thank You $!!!!!!!!!!!!!$ Design a table ADT Specifically write a table class. It must be generic $($ i$.$e$.$ templated $)$ and contain all the necessary attributes and actions $($ data members and member functions $)$ for the table class to behave as expected. You must write a table.t file that works for the provided files: tableSpecificOps$1.$h$,$ table.h pair.h pair.cpp driver.cpp$.$

$($ you will have to create tableSpecificOps$1.$cpp and table.cpp as well$)$ I$\text{'}$m provided my file : "tableSpecificOps$1.$h$"$ #pragma once #ifndef TABLE$\_$SPCIFIC$1\_$H

#define TABLE$\_$SPCIFIC$1\_$H

int f$($char c$)$;

int f$1($double d$)$;

#endif This is "tableSpecificOps$1.$cpp$"$ #include "tableSpecificOps$1.$h$"$

int f$($char c$)$

$\{/*$Function body $*/$ return c; $\}$

int f$1($double d$)$

$\{/*$Function body$*/$ return d; $\}$ This is $//$ "table.h$"$ #pragma once

#ifndef TABLE$\_$H

#define TABLE$\_$H

#include

#include "pair.h$"$

template

class Table $\{$

public:

typedef T key$\_$type;

private:

int tableSize;

Pair$*$ the$\_$table;

int $(*$Mapping$)($Key k$)$;

public:

void print$()$;

Table$($int n$,$ int $(*$map$)($Key k$))$;

bool insert$($Pair kvpair$)$;

bool remove$($const Key aKey$)$;

T lookUp$($const Key aKey$)$;

Table$($const Table& initTable$)$;

~Table$()$;

Table& operator$=($const Table& initTable$)$;

$\}$;

#include "table.t$"$

#endif This is "table.t$"$ #ifndef TABLE$\_$T

#define TABLE$\_$T

#include "table.h$"$

template

void Table::print$()\{$

for $($int i $=0$; i $$ tableSize; $++$i$)\{$

std::cout $$ the$\_$table$[$i$].$first :$"$ the$\_$table$[$i$].$second $$ std::endl;

$\}$

$\}$

template

Table::Table$($int n$,$ int $(*$map$)($Key k$))$ : tableSize$($n$),$ Mapping$($map$)\{$

the$\_$table $=$ new Pair$[$tableSize$]$;

$\}$

template

bool Table::insert$($Pair kvpair$)\{$

int index $=$ Mapping$($kvpair$.$first$)$;

if $($index $>=0$ && index $$ tableSize$)\{$

the$\_$table$[$index$]=$ kvpair;

return true;

$\}$

return false;

$\}$

template

bool Table::remove$($const Key aKey$)\{$

$//$ Implement remove function

return false;

$\}$

template

T Table::lookUp$($const Key aKey$)\{$

$//$ Implement lookUp function

return T$()$;

$\}$

template

Table::Table$($const Table& initTable$)\{$

$//$ Implement copy constructor

$\}$

template

Table::~Table$()\{$

$//$ Implement destructor

$\}$

template

Table& Table::operator$=($const Table& initTable$)\{$

$//$ Implement assignment operator

return $*$this;

$\}$

#endif This is "pair.h$"$ #pragma once

#ifndef PAIR$\_$H

#define PAIR$\_$H

template

class Pair $\{$

public:

T$1$ first;

T$2$ second;

Pair$()$ : first$($T$1()),$ second$($T$2())\{\}$

Pair$($const T$1$ v$1,$ const T$2$ v$2)$ : first$($v$1),$ second$($v$2)\{\}$

Pair$($const Pair& X$)$ : first$($X$.$first$),$ second$($X$.$second$)\{\}$

Pair& operator$=($const Pair& init$)\{$ return $*$this $=$ Pair$($init$)$; $\}$

friend bool operator$<mi\; id="EditorElement\_2286814">(</mi>$const Pair& lhs$,$ const Pair& rhs$)\{$ return lhs$.$first $$ rhs$.$first $||(!($rhs$.$first $$ lhs$.$first$)$ && lhs$.$second $$ rhs$.$second$)$; $\}$

friend bool operator$==($const Pair& lhs$,$ const Pair& rhs$)\{$ return lhs$.$first $==$ rhs$.$first && lhs$.$second $==$ rhs$.$second; $\}$

template

friend Pair makePair$($const U$1$& v$1,$ const U$2$& v$2)$;

$\}$;

template

Pair makePair$($const T$1$& v$1,$ const T$2$& v$2)\{$

return Pair$($v$1,$ v$2)$;

$\}$

#endif This is "Driver.cpp$"$ #include

#include "pair.h$"$

#include "table.h$"$

#include "tableSpecificOps$1.$h$"$

using namespace std;

int main$()\{$

$//$ Create an instance of Table with size $7$ and mapping function f

Table t$(7,$ f$)$;

$//$ Insert key$-$value pairs

Pair p$1(\text{'}$a$\text{'},222)$;

Pair p$2(\text{'}$b$\text{'},123)$;

Pair p$3(\text{'}$c$\text{'},456)$;

t$.$insert$($p$1)$;

t$.$insert$($p$2)$;

t$.$insert$($p$3)$;

$//$ Print the table

t$.$print$()$;

return $0$;

$\}$ This is my Output Coming Wrong LOOK :