Create a program that completes the following:

$1.$ Read in a hex value, and interpret it as a single precision floating point value. $(--$hex$-$float, $-$x$)$

$2.$ Read in a hex value, and interpret it as a double precision floating point value. $(--$hex$-$double, $-$X$)$

$3.$ Read in a floating point value, and return the hex representation of it in single precision. $(--$float$-$hex, $-$f$)$

$4.$ Read in a floating point value, and return the hex representation of it in double precision $(--$float$-$double, $-$d$)$

$5.$ Read in a double precision floating point value, and print the following interpretations of the bit pattern $(--$print, $-$p$)$:

$5$a$.$ A string of characters

$5$b$.2$ consecutive floating point values

$5$c$.$ The hex representation of the value

$5$d$.232-$bit signed integers

$5$d$1.$ little$-$endian

$5$d$2.$ big$-$endian

$5$e$.232-$bit unsigned integers

$5$e$1.$ little$-$endian

$5$e$2.$ big$-$endian

$5$f$.164-$bit signed integer

$5$f$1.$ little$-$endian

$5$f$2.$ big$-$endian

$5$g$.164-$bit unsigned integer

$5$g$1.$ little$-$endian

$5$g$2.$ big$-$endian

$6.$ Your program must have a $--$help option which shows usage.