I need help with this part of my assignment. All code is provided for context!

You have been given $8$ C files, each has the same logic, expressed in different ways. Each of the files is incomplete, marked by TBD$.$ You must replace each TBD entry with appropriate C code. You must NOT alter any of the existing lines. You are only allowed to replace each TBD line with new lines.

Each of the C programs do exactly the same task. Given a list of numbers on the command line, they find the sum, sum of squares and the sum of cubes. You do not have to add error checking. You can safely assume that all numbers are given nicely as integers on the command line and are in the range of $-100$ to $100.$

The output from all programs will be the same for the same arguments. For example, the sum of the list $(3482-4-2213-8303)$ is $23,$ the sum of squares is $15447$ and the sum of cubes is $10397.$

The 'doit.sh$\text{'}$ script is available to use if you choose. It runs on Linux and will compile and run each of the C programs for you. The script is optional and does not need to be submitted.

Part I: Implementation.

Get each of the $8$ C files to compile and produce the results such as given above. Submit your code $($and output$)$ in Blackboard. Please submit a single zip file, called Lastname$\_$abc$123.$zip, with the following contents:

Your $8$ modified C files

Optional: your modified python file

Output from your C files $($and optional python file$)$ in a single file called sum.out.

Answers to the following Part II questions in a text file called sum.txt$.$

Here is an implementation of sum$2()$ in sum$1.$c

$-$

static int sum$2($int argc, char $*$argv$[])\{$

int sumsq $=0$;

int i;

for $($i $=1$; i $<$ argc; i$++)\{$

int n $=$ atoi$($argv$[$i$])$;

sumsq $+=$ n $*$ n;

$\}$

return sumsq;

$\}$

$-$

Code given with assignment:

$//$ gcc $-$Wall sum$1.$c $-$o sum$1$

$//./$sum$148-5020$

$//$ prints: Sum$=27$ Sum$2=505$ Sum$3=8451$

#include

#include

static int sum$1($int argc, char $*$argv$[])\{$

TBD

$\}$

static int sum$2($int argc, char $*$argv$[])\{$

TBD

$\}$

static int sum$3($int argc, char $*$argv$[])\{$

TBD

$\}$

int main$($int argc, char $*$argv$[])\{$

TBD

printf$("$Sum$=\%$d Sum$2=\%$d Sum$3=\%$d

$",$ x$,$ y$,$ z$)$;

return $0$;

$\}$

$-$

$//$ gcc $-$Wall sum$2.$c $-$o sum$2$

$//./$sum$248-5020$

$//$ prints: Sum$=27$ Sum$2=505$ Sum$3=8451$

#include

#include

static int x; $//$ Sum

static int y; $//$ Sum squares

static int z; $//$ Sum cubes

static void sum$2($int argc, char $*$argv$[])\{$

TBD

$\}$

int main$($int argc, char $*$argv$[])\{$

TBD

printf$("$Sum$=\%$d Sum$2=\%$d Sum$3=\%$d

$",$ x$,$ y$,$ z$)$;

return $0$;

$\}$

$-$

$//$ gcc $-$Wall sum$3.$c $-$o sum$3$

$//./$sum$348-5020$

$//$ prints: Sum$=27$ Sum$2=505$ Sum$3=8451$

#include

#include

typedef struct $\{$

int x; $//$ Sum

int y; $//$ Sum squares

int z; $//$ Sum cubes

$\}$ sum$\_$t;

static sum$\_$t $*$sum$3($int argc, char $*$argv$[])\{$

static sum$\_$t sum;

TBD

return $$

$\}$

int main$($int argc, char $*$argv$[])\{$

sum$\_$t $*$m;

TBD

printf$("$Sum$=\%$d Sum$2=\%$d Sum$3=\%$d

$",$ m$->$x$,$ m$->$y$,$ m$->$z$)$;

return $0$;

$\}$

$-$

$//$ gcc $-$Wall sum$4.$c $-$o sum$4$

$//./$sum$448-5020$

$//$ prints: Sum$=27$ Sum$2=505$ Sum$3=8451$

#include

#include

typedef struct $\{$

int x; $//$ Sum

int y; $//$ Sum squares

int z; $//$ Sum cubes

$\}$ sum$\_$t;

static void sum$4($int argc, char $*$argv$[],$ sum$\_$t $*$sum$)\{$

TBD

$\}$

int main$($int argc, char $*$argv$[])\{$

sum$\_$t m;

TBD

printf$("$Sum$=\%$d Sum$2=\%$d Sum$3=\%$d

$",$ m$.$x$,$ m$.$y$,$ m$.$z$)$;

return $0$;

$\}$

$-$

$//$ gcc $-$Wall sum$5.$c $-$o sum$5$

$//./$sum$548-5020$

$//$ prints: Sum$=27$ Sum$2=505$ Sum$3=8451$

#include

#include

typedef struct $\{$

int x; $//$ Sum

int y; $//$ Sum squares

int z; $//$ Sum cubes

$\}$ sum$\_$t;

static sum$\_$t $*$sum$5($int argc, char $*$argv$[])\{$

sum$\_$t $*$sum $=($sum$\_$t $*)$ malloc$($sizeof$($sum$\_$t$))$;

TBD

return sum;

$\}$

int main$($int argc, char $*$argv$[])\{$

TBD

printf$("$Sum$=\%$d Sum$2=\%$d Sum$3=\%$d

$",$ m$->$x$,$ m$->$y$,$ m$->$z$)$;

return $0$;

$\}$

$-$

$//$ gcc $-$Wall sum$6.$c $-$o sum$6$

$//./$sum$648-5020$

$//$ prints: Sum$=27$ Sum$2=505$ Sum$3=8451$

#include

#include

static void sum$6($int argc, char $*$argv$[],$ int $*$x$,$ int $*$y$,$ int $*$z$)\{$

TBD

$\}$

int main$($int argc, char $*$argv$[])\{$

int x$,$ y$,$ z;

TBD

printf$("$Sum$=\%$d Sum$2=\%$d Sum$3=\%$d

$",$ x$,$ y$,$ z$)$;

return $0$;

$\}$

$-$

$//$ gcc $-$Wall sum$7.$c $-$o sum$7$

$//./$sum$748-5020$

$//$ prints: Sum$=27$ Sum$2=505$ Sum$3=8451$

#include

#include

#define sum$7($argc$,$ argv, x$,$ y$,$ z$)\backslash$

x $=0$; $\backslash$

y $=0$; $\backslash$

z $=0$; $\backslash$

int i; $\backslash$

TBD

$\}$

int main$($int argc, char $*$argv$[])\{$

int x$,$ y$,$ z;

TBD

printf$("$Sum$=\%$d Sum$2=\%$d Sum$3=\%$d

$",$ x$,$ y$,$ z$)$;

return $0$;

$\}$

$-$

$//$ gcc $-$Wall sum$8.$c $-$o sum$8$

$//./$sum$548-5020$

$//$ prints: Sum$=27$ Sum$2=505$ Sum$3=8451$

#include

#include

$//$ sums$[0]$ is sum, $[1]$ is sum squares, $[2]$ is sum cubes

static void sum$8($int argc, char $*$argv$[],$ int $*$sums$)\{$

TBD

$\}$

int main$($int argc, char $*$argv$[])\{$

int sums$[3]$; $//$ sums$[0]$ is sum, $[1]$ is sum squares, $[2]$ is sum cubes

TBD

printf$("$Sum$=\%$d Sum$2=\%$d Sum$3=\%$d

$",$ sums$[0],$ sums$[1],$ sums$[2])$;

return $0$;

$\}$