There is a Python "dictionary" giving information on earthquakes, first its location as the "key" and its "value" as a list of its date, time, magnitude, whether it caused damage $("$D$")$ or not $("$ND$"),$ the number of people deceased and an inner list of provinces affected, as below:

Initially we have:

E$\_$quakes $=\{$Bor$"$: $["2024/02/25","13$:$27",5\mathrm{.}6,"$D$",0,[$Nigde$",$"Adana"$]],$

"Gemlik": $[2023/12/04","10$:$42,5\mathrm{.}1,$ND$,0,[$Bursa$,$"Yalova$]],$

"Elbistan": $[2023/02/06",13$:$24",7\mathrm{.}5,$D$,10783,[$Maras$",$"Antep","Adiyaman$]],$

"Pazarcik": $["2023/02/06","04$:$17",7\mathrm{.}8,"$D$",40181,["$Maras$",$"Antep","Hatay"$]],$I

"Samandag": $[2023/02/20","20$:$04",6\mathrm{.}6,"$D$",11,["$Hatay$",$"Osmaniye","Adana"$]]\}$

You are asked to write the PYTHON program that will :

a$)$ ask the user additional earthquake information and add these to this database until he prints "EOD" as the next location,

b$)$ then sorts this new dictionary in ascending order according to location names,

c$)$ afterwards compiles another dictionary, where the keys are dates in descending order and their values are locations,

d$)$ finally prints these two dicitonaries.