what is the out put of this python code?# Python Hexadecimal MBR Tool

print$("$Python Hexadecimal BMR Tool V$1\mathrm{.}0")$

h $=$ input$("$Please enter your MBR hexadecimal string below"$)$

#check for valid string length

while$($len$($h$)\%32!=0)$:

h $=$ input$("$Oops$!$ The string is invalid, try again"$)$

#check for partition count

partcount $=$ len$($h$)/32$

#Definitions

count $=0$

k $=0$

#Table for Master Boot Record

print$("\{$:$<10\}\{$:$<0\}\{$:$<10\}\{$:$<0\}\{$:$<10\}\{$:$<0\}\{$:$<10\}".$format$(\text{'}$Partition Number', $\text{'}|\text{'},$ 'Start Sector', $\text{'}|\text{'},$ 'Size in Sectors', $\text{'}|\text{'},$ 'Capacity$($MB$,$GB$,$TB$)\text{'}))$

while$($partcount $!=0)$:

sect $=""$

sectsize $=""$

#convert start sector to little endian

for e in range$(22,15,-2)$:

sect $+=$ str$($h$[$k:k $+32][$e$])$

sect $+=$ str$($h$[$k:k $+32][$e $+1])$

#convert sector size to little endian

for e in range$(30,23,-2)$:

sectsize $+=$ str$($h$[$k:k $+32][$e$])$

sectsize $+=$ str$($h$[$k:k $+32][$e $+1])$

#output table while converting to base $16$

print$("\{$:$<18\}\{$:$<14\}\{$:$<17\}\{$:$<15\}".$format$($count $+1,$ int$($sect$,16),$ int$($sectsize$,16),($int$($sectsize$,16)*512)/1048576))$

partcount $=$ partcount $-1$

k $=$ k $+32$

count $=$ count $+1$