How do I make this python code for partition number, start sector, size in sectors$,$ end sector, capacity and none into a tabular format?# Input partial hex string

hexstring $=($input$("$Enter the hex string: $"))$ # this is the input statement that you should have.

partition$\_1=$ hexstring$[0$:$32]$ #Slices out partition $1$

starting$\_$lba$\_$address $=$ partition$\_1[16$:$24]$ #Slices out the starting LBA Address

size$\_$in$\_$sectors $=$ partition$\_1[24$:$32]$ #Slices out the size in sectors

starting$\_$chs$\_$address $=\text{'}020300\text{'}$

partition$\_$type $=\text{'}06\text{'}$

ending$\_$chs$\_$address $=\text{'}0333$C$7\text{'}$

#starting$\_$lba$\_$address $=\text{'}80000000\text{'}$

#Input sectors

#size$\_$in$\_$sectors $=\text{'}00100300\text{'}$

le$\_$starting$\_$lba$\_$address $=$ starting$\_$lba$\_$address$[6$:$8]+$ starting$\_$lba$\_$address$[4$:$6]+$ starting$\_$lba$\_$address$[2$:$4]+$ starting$\_$lba$\_$address$[0$:$2]$

le$\_$size$\_$in$\_$sectors $=$ size$\_$in$\_$sectors$[6$:$8]+$ size$\_$in$\_$sectors$[4$:$6]+$ size$\_$in$\_$sectors$[2$:$4]+$ size$\_$in$\_$sectors$[0$:$2]$

# change hex string to bytes

decimal$\_$for$\_$le$\_$starting$\_$lba$\_$address $=$ int$($le$\_$starting$\_$lba$\_$address, $16)$

decimal$\_$for$\_$le$\_$size$\_$in$\_$sectors $=$ int$($le$\_$size$\_$in$\_$sectors$,16)$

capacity $=$ decimal$\_$for$\_$le$\_$size$\_$in$\_$sectors$*512/1048576$

#print for results

print$(\text{'}$Partition $1$:$\text{'})$

#print$(\text{'}$Starting CHS Address:$\text{'},$ starting$\_$chs$\_$address$)$

#print$(\text{'}$Partition Type:$\text{'},$ partition$\_$type$)$

#print$(\text{'}$Ending CHS Address:$\text{'},$ ending$\_$chs$\_$address$)$

#print$(\text{'}$Starting LBA Address:$\text{'},$ starting$\_$lba$\_$address$)$

#print$(\text{'}$Size in sectors:$\text{'},$ size$\_$in$\_$sectors$)$

#print$(\text{'}$LE Starting LBA Address:$\text{'},$ le$\_$starting$\_$lba$\_$address$)$

#print$(\text{'}$LE Size in sectors:$\text{'},$ le$\_$size$\_$in$\_$sectors$)$

print$(\text{'}$The decimal for the LE Starting LBA Address:$\text{'},$ decimal$\_$for$\_$le$\_$starting$\_$lba$\_$address$)$

print$(\text{'}$The decimal for the LE Size in sectors:$\text{'},$ decimal$\_$for$\_$le$\_$size$\_$in$\_$sectors$)$

print $(\text{'}$Capacity$\text{'},$ capacity$)$

# Input partial hex string

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

partition$\_2=$ hexstring$[0$:$32]$ #Slices out partition $2$

starting$\_$lba$\_$address $=$ partition$\_2[16$:$24]$ #Slices out the starting LBA Address

size$\_$in$\_$sectors $=$ partition$\_2[24$:$32]$ #Slices out the size in sectors

starting$\_$chs$\_$address $=\text{'}020300\text{'}$

partition$\_$type $=\text{'}06\text{'}$

ending$\_$chs$\_$address $=\text{'}0333$C$7\text{'}$

#starting$\_$lba$\_$address $=\text{'}80000000\text{'}$

#Input sectors

#size$\_$in$\_$sectors $=\text{'}00100300\text{'}$

le$\_$starting$\_$lba$\_$address $=$ starting$\_$lba$\_$address$[6$:$8]+$ starting$\_$lba$\_$address$[4$:$6]+$ starting$\_$lba$\_$address$[2$:$4]+$ starting$\_$lba$\_$address$[0$:$2]$

le$\_$size$\_$in$\_$sectors $=$ size$\_$in$\_$sectors$[6$:$8]+$ size$\_$in$\_$sectors$[4$:$6]+$ size$\_$in$\_$sectors$[2$:$4]+$ size$\_$in$\_$sectors$[0$:$2]$

# change hex string to bytes

decimal$\_$for$\_$le$\_$starting$\_$lba$\_$address $=$ int$($le$\_$starting$\_$lba$\_$address, $16)$

decimal$\_$for$\_$le$\_$size$\_$in$\_$sectors $=$ int$($le$\_$size$\_$in$\_$sectors$,16)$

capacity $=$ decimal$\_$for$\_$le$\_$size$\_$in$\_$sectors$*512/1048576$

#print for results

print$(\text{'}$Partition $2$:$\text{'})$

#print$(\text{'}$Starting CHS Address:$\text{'},$ starting$\_$chs$\_$address$)$

#print$(\text{'}$Partition Type:$\text{'},$ partition$\_$type$)$

#print$(\text{'}$Ending CHS Address:$\text{'},$ ending$\_$chs$\_$address$)$

#print$(\text{'}$Starting LBA Address:$\text{'},$ starting$\_$lba$\_$address$)$

#print$(\text{'}$Size in sectors:$\text{'},$ size$\_$in$\_$sectors$)$

#print$(\text{'}$LE Starting LBA Address:$\text{'},$ le$\_$starting$\_$lba$\_$address$)$

#print$(\text{'}$LE Size in sectors:$\text{'},$ le$\_$size$\_$in$\_$sectors$)$

print$(\text{'}$The decimal for the LE Starting LBA Address:$\text{'},$ decimal$\_$for$\_$le$\_$starting$\_$lba$\_$address$)$

print$(\text{'}$The decimal for the LE Size in sectors:$\text{'},$ decimal$\_$for$\_$le$\_$size$\_$in$\_$sectors$)$

print $(\text{'}$Capacity$\text{'},$ capacity$)$

# Input partial hex string

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

partition$\_3=$ hexstring$[0$:$32]$ #Slices out partition $3$

starting$\_$lba$\_$address $=$ partition$\_3[16$:$24]$ #Slices out the starting LBA Address

size$\_$in$\_$sectors $=$ partition$\_3[24$:$32]$ #Slices out the size in sectors

starting$\_$chs$\_$address $=\text{'}020300\text{'}$

partition$\_$type $=\text{'}06\text{'}$

ending$\_$chs$\_$address $=\text{'}0333$C$7\text{'}$

#starting$\_$lba$\_$address $=\text{'}80000000\text{'}$

#Input sectors

#size$\_$in$\_$sectors $=\text{'}00100300\text{'}$

le$\_$starting$\_$lba$\_$address $=$ starting$\_$lba$\_$address$[6$:$8]+$ starting$\_$lba$\_$address$[4$:$6]+$ starting$\_$lba$\_$address$[2$:$4]+$ starting$\_$lba$\_$address$[0$:$2]$

le$\_$size$\_$in$\_$sectors $=$ size$\_$in$\_$sectors$[6$:$8]+$ size$\_$in$\_$sectors$[4$:$6]+$ size$\_$in$\_$sectors$[2$:$4]+$ size$\_$in$\_$sectors$[0$:$2]$

# change hex string to bytes

decimal$\_$for$\_$le$\_$starting$\_$lba$\_$address $=$ int$($le$\_$starting$\_$lba$\_$address, $16)$

decimal$\_$for$\_$le$\_$size$\_$in$\_$sectors $=$ int$($le$\_$size$\_$in$\_$sectors$,16)$

capacity $=$ decimal$\_$for$\_$le$\_$size$\_$in$\_$sectors$*512/1048576$

#print for results

print$(\text{'}$Partition $3$:$\text{'})$

#print$(\text{'}$Starting CHS Address:$\text{'},$ starting$\_$chs$\_$address$)$

#print$(\text{'}$Partition Type:$\text{'},$ partition$\_$type$)$

#print$(\text{'}$Ending CHS Address:$\text{'},$ ending$\_$chs$\_$address$)$

#print$(\text{'}$Starting LBA Address:$\text{'},$ starting$\_$lba$\_$address$)$

#print$(\text{'}$Size in sectors:$\text{'},$ size$\_$in$\_$sectors$)$

#print$(\text{'}$LE Starting LBA Address:$\text{'},$ le$\_$starting$\_$lba$\_$address$)$

#print$(\text{'}$LE Size in sectors:$\text{'},$ le$\_$size$\_$in$\_$sectors$)$

print$(\text{'}$The decimal for the LE Starting LBA Address:$\text{'},$ decimal$\_$for$\_$le$\_$starting$\_$lba$\_$address$)$

print$(\text{'}$The decimal for the LE Size in sectors:$\text{'},$ decimal$\_$for$\_$le$\_$size$\_$in$\_$sectors$)$

print $(\text{'}$Capacity$\text{'},$ capacity$)$

# Input partial hex string

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

partition$\_4=$ hexstring$[0$:$32]$ #Slices out partition $4$

starting$\_$lba$\_$address $=$ partition$\_4[16$:$24]$ #Slices out the starting LB