Write a program to Read and Decode Float numbers

This should be done in ARMv$7$ assembly without the use of push$/$pop or STMDF$/$LDMFD

Repeat until Zero is entered

Decode the number and display in Scientific Notation as

$<+/->1.$xxxxxxxxxxxxxxxxxxxxxxx En$..$n

x is a binary digit $($all $23$ of them$)$

Adapt your Hex to Bin code

n$..$n is a Decimal Number $($use printf$)$

This decode and display code should be made into a function.

Comment Block

Defined and document parameters

Save $/$ Restore per AAPCS using Store Multiple and Load Multiple Instructions

Returns $0$

Square the number are display it in scientific Notation as specified above

If possible take the Square Root of$$the number are display it in scientific Notation as specified above

Repeat

Howard Miller$$ CIST $039$

This program will input and decode an IEEE$-754$ Floating Point Numbers.

It will square the number and decode it$.$ Next, if possible, it will take

the square root of the number and decode it$.$ This will repeat until the

user enters Zero.

Enter the single precision floating point value $(0$ to exit$)$: $0\mathrm{.}75$

The initial value is: $+1\mathrm{.}10000000000000000000000$ E$-1$

The value squared is: $+1\mathrm{.}00100000000000000000000$ E$-1$

The root of the value is: $+1\mathrm{.}10111011011001111010111$ E$-1$

Enter the single precision floating point value $(0$ to exit$)$: $4$

The initial value is:$+1\mathrm{.}00000000000000000000000$ E$2$

The value squared is: $+1\mathrm{.}00000000000000000000000$ E$4$

The root of the value is: $+1\mathrm{.}00000000000000000000000$ E$1$

Enter the single precision floating point value $(0$ to exit$)$: $-256$

The initial value is: $-1\mathrm{.}00000000000000000000000$ E$8$

The value squared is: $+1\mathrm{.}00000000000000000000000$ E$16$

Enter the single precision floating point value $(0$ to exit$)$: $0$