write two functions that read user input into a struct nba$\_$player variable, and print out each player in a more readable format. The functions should have the following prototypes:

nba$\_$player ReadStruct$($FILE $*$infile$)$;

void PrintStruct$($nba$\_$player pl$)$;

Loop through this ReadStruct$()->$ PrintStruct$()$ loop until you receive fake NBA player with name "List Endington". Your output should match the following example, as well as the included test cases $($which will be piped to stdin but for reference are also stored in nba$/)$:

Player $1>1,$DeMar DeRozan $,32,76,76,2743,774,1535,\mathrm{.}504,50,142,\mathrm{.}352,724,1393,\mathrm{.}520,\mathrm{.}521,520,593,\mathrm{.}877,56,336,392,374,68,24,181,178,2118$

Player: DeMar DeRozan

Age: $32$

G $($GS$)$: $76(76)$

FG $/$ FGA $($FG$\%)$: $774/1535(50\mathrm{.}4\%)$

$3$P $/3$PA $(3$P$\%)$: $50/142(35\mathrm{.}2\%)$

$2$P $/2$PA $(2$P$\%)$: $724/1393(52\mathrm{.}0\%)$

FT $/$ FTA $($FT$\%)$: $520/593(87\mathrm{.}7\%)$

TRB $-$ ORB, DRB: $392-56,336$

AST, STL$,$ BLK$,$ TOV: $374,68,24,181$

Player $2>2,$Nikola Vu$$evi$,31,73,73,2418,546,1154,\mathrm{.}473,104,331,\mathrm{.}314,442,823,\mathrm{.}537,\mathrm{.}518,92,121,\mathrm{.}760,142,662,804,236,70,71,136,181,1288$

Player: Nikola Vu$$evi$$

Age: $31$

G $($GS$)$: $73(73)$

FG $/$ FGA $($FG$\%)$: $546/1154(47\mathrm{.}3\%)$

$3$P $/3$PA $(3$P$\%)$: $104/331(31\mathrm{.}4\%)$

$2$P $/2$PA $(2$P$\%)$: $442/823(53\mathrm{.}7\%)$

FT $/$ FTA $($FT$\%)$: $92/121(76\mathrm{.}0\%)$

TRB $-$ ORB, DRB: $804-142,662$

AST, STL$,$ BLK$,$ TOV: $236,70,71,136$

Player $3>13,$List Endington $,0,0,0,0,0,0,\mathrm{.}000,0,0,\mathrm{.}000,0,0,\mathrm{.}000,\mathrm{.}000,0,0,\mathrm{.}000,0,0,0,0,0,0,0,0,0$

#include

#include

typedef struct nba$\_$player$\_$s $\{$

int Rk; $//$ Rank $($we$\text{'}$re not sorting, so more of an ID for us$)$

char Player$[128]$; $//$ Player name $-$ include first and last name so $("\%$s $\%$s$")$ and then convert to Player$[]$

int Age; $//$ Age

int G; $//$ Games played

int GS; $//$ Games started

int MP; $//$ Minutes played

int FG; $//$ Field goals $($baskets$)$

int FGA; $//$ Field goal attempts $($shots$)$

float FGP; $//$ Field$-$goal percentage

$//...$add the rest

$\}$ nba$\_$player;

nba$\_$player ReadStruct$($FILE $*$infile$)$;

void PrintStruct$($nba$\_$player player$)$;

nba$\_$player ReadStruct$($FILE $*$infile$)\{$

nba$\_$player pl;

char first$[128],$ last$[128]$; $//$ You'll need to grab these separately and then convert to $.$Player

$//$ Data format:

$//$Rk$,$Player,Age,G$,$GS$,$MP$,$FG$,$FGA,FG$\%,3$P$,3$PA$,3$P$\%,2$P$,2$PA$,2$P$\%,$eFG$\%,$FT$,$FTA,FT$\%,$ORB,DRB$,$TRB$,$AST,STL$,$BLK$,$TOV,PF$,$PTS

$//$ Don't try to fit this all on one line!

fscanf$($infile$,"\%$d$,\%$s $\%$s $,"$

$"\%$d$"$

$,$

&pl$.$Rk$,$ first, last,

&pl$.$Age

$)$;

$//$ Process first and last into pl$.$Player. sprintf$()$ is fine for this.

$//$sprintf$($pl$.$Player,...$)$

return pl;

$\}$

void PrintStruct$($nba$\_$player pl$)\{$

printf$("$

Player: $\%$s

$",$ pl$.$Player$)$;

printf$("$ Age: $\%$d

$",$ pl$.$Age$)$;

printf$("$ G $($GS$)$: $\%$d $(\%$d$)$

$",$ pl$.$G$,$ pl$.$GS$)$;

printf$("$ FG $/$ FGA $($FG$\%\%)$: $\%$d $/\%$d $(\%2\mathrm{.}1$f$\%\%)$

$",$ pl$.$FG$,$ pl$.$FGA, $100*$pl$.$FGP$)$;

return;

$\}$

int main$($void$)\{$

int ID $=1$;

while $(1)\{$

printf$("$Player $\%$d$>",$ ID$++)$;

$//$nba$\_$player player $=$ ReadStruct$($stdin$)$;

$//$ What is our exit $/$ break condition?

$//$PrintStruct$($player$)$;

$\}$

return $0$;

$\}$