Can someone help me to improve and modify my code to match the output below. The additional calculations for the table are listed below.

Additional Requirement:

YOU MUST HAVE COMMENTS FOR YOUR CODE!

YOU ARE REQUIRED TO MEET VIRTUALLY WITH ME TO EXPLAIN YOUR CODE!

THE PROGRAM MUST PROMPT THE USER TO INPUT THE STRING.

YOU MUST USE AT LEAST $1($USER DEFINED$)$ FUNCTION!

The output should be displayed on the screen.

Extra Credit: YOU CAN RECIEVE EXTRA CREDIT IF YOU USE A CLASS$($ES$)$

The program should allow any of the following or similar hex strings $($this means you need an input statement!$)$: $00020300060333$C$78000000000100300000334$C$7060$A$4$A$208010030000600100000$A$6$B$220602$A$202807804000070030000000000000000000000000000000000$

The output should be in tabular format and be displayed as indicated below.

Partition Number Start Sector Size in Sectors End Sector Capacity$($MB$)$ Partition Gap in Sectors

$112820070420083198$ None

$220083290112290943442049$

$3$ x x x

$4$

x x x

x $=$ the correctly calculated values

Capacity $=$ Size in Sectors $*512/1048576$

End Sector $=$ Starting sector $+$ Size in Sectors $-1$

Partition Gap In Sectors $=$ Start of Next Partition $-$ End of Previous Partition $($if no gap exists then print None$)-$ The example above takes the calculation of the $3$rd partition$($not shown$)$ into the formula!

The solution provided contains an error in the code please see attachment self.partitions.aprend$(\{$

'Partition Number': i$+1,$

'Start Sector': start sectore

'Size in Sectors': size.in$\_$secters$,$

'End Sector': end sester,

'Capacity$($MB$)\text{'}$: capacityaMB,

'Partition Gap in Sectors': Rartition$\_$gap if partition. gapp $>>0$ else "None"

$\})$

def displavapartitions$($self$)$:

print$("$Partition Number $\frac{\frac{?}{?}}{t}$ tstart Sector $\frac{\frac{?}{?}}{t}$ Ssize in Sectors $\frac{\frac{?}{?}}{t}$ End Sector $\frac{\frac{?}{?}}{?}$ tCapacity$($MB$)\backslash$tpartition Gap in

Sectors"$)$

for $p$ in self.partitiens:

print$($f$"$ 'Partition Number'$]\}$t$\{$p$[\text{'}$Start Sector'$]]$t$\{[$p$[\text{'}$Size in Sectors'$]\}$t$\{$p$[\text{'}$End

Sector'$]\}$t$\{$p$[\text{'}$Capacity$($MB$)\text{'}]\}$MB$\backslash$t$\{$p$[\text{'}$Partition Gap in Sectors'$]\}")$

# User input for the hex string

hex input $=$ input$("$Enter the hex string: $")$

# Creating an object of Partition class and calculating partitions

Rartition$\_$abi. $=$ Partition$($hex input$)$

Rartition$\_$obj,calculate$\_$partitions$()$

# Displaying the calculated partitions on screen

partition$\_$abjidisplaxapartitions$()$Enter the hex string:

$00020300060333$C$78000000000100300000334$C$7060$A$4$A$208010030000600100000$A$6$B$220602$A

Traceback $($most recent call last$)$:

File $">>>|$