The first one.

The first one.

I know we'd all like some scientific actualisation of Star Wars but I mean:
At this point I think the Star Wars movies (the oldies) pretty much ignored a fair bit of the science.
But if it was a death star literally put there in our universe, I think there would be a bit of structural considerations for gravity, but not huge due to it being quite hollow. Gravity is pretty strong when the sphere is entirely comprised of dense rock and no air. A mostly hollow sphere of air where air is something close to 1/1000 that of rock (yes, used the density of water lol) is not going to get much of a rollicking from gravity.
Edit: an interesting 'expose' on the moon landings claim one thing: why were the photos so relatively boring? Because they were real and that's all they could get for all the limited resources they had at the time.
I don’t really recall any spacewalks so we don’t see any instance of ‘no gravity’
in The Last Jedi, Leia gets blasted into hard space and experiences weightlessness.
And then it really gets accurate.
Lightyears measure distance, not time.
Quantum Physics joined the chat
When time is measured in meters you know you're in for one hell of a ride.
And parsecs measure distance, not time, and yet here we are.
One of my gripes with star wars is a pilot can fly any ship from any faction without prior flight experience on that ship. They just go in flip some switches, push some buttons then jumps into the pilot seat and off they go.
There's plenty of spacewalks in Star Wars: The Clone Wars and Star Wars Rebels. They don't have gravity there and instead have to use thrusters or magnetized boots.
Good call on it being hollow and mostly air.
FYI for soil, air is ~1/2000 the density.
There was always gravity on pretty much any ship
And if the ship got damaged where the nose started falling (downward?) the gravity would shift towards the nose so that everyone went sliding across the floor.
The construction of the first Death Star 
Cross-sections of the DS-1 Death Star. 
https://starwars.fandom.com/wiki/DS-1_Death_Star_Mobile_Battle_Station
It's not gravity, it's the Force^TM^
Besides technical diagrams from supplementary stuff, the Falcon lands in a docking bay that's oriented towards the first option. There could be some kind of transition point to the second option, but we don't see it and it'd be really awkward.
Both.
The Millenium Falcon landed in a bay that was oriented with the N/S axis of the station, but was accessed on the equator. So the interior of the station has a gravity well with "up" pointing to one of the polls.
The surface cannons, surface towers, and trench defenses were all radially oriented with "up" pointing out into space, like you'd expect on a moon.
This also suggests the station was littered with gravitational dead spots and areas where you'd have to carefully transition from one gravity well orientation to another. No wonder everyone is wearing a helmet.
One of the reasons Star Wars gets called space fantasy is that these objectively cool scenes to shoot simply never make it into the movies because no one even thought of these details in the first place.
Imagine how cool a lightsaber duel would be in these gravity transitional areas, or zero g for that matter! Instead we just got one scene in A New Hope where they're in the gun turrets fighting off TIES and it's a pretty subtle detail.
The one thing we can really say for sure is the gravity tech is everywhere and apparently crazy reliable.
There's no way they used that much of the interior. Where do all those giants pits go?
The second one, but standing on the outside of the sphere. It rotates around the gun.
Probably A. It would likely have used artificial gravity just like any starship. Star-Trek has it built into the deck plates but I dunno how Star Wars does it. Artificial gravity can then be dialed in to compensate for the natural gravity of the structure. Which is probably less than you'd think. Without normal gravity effects, the internal air and water pressure will be mostly uniform across the ship instead of denser towards the core.
Same with the matter making up the structure. It'll largely be hollow and filled with air, so much lower natural gravity than an actual moon of the same size. According to official sources (referenced here: https://scifi.stackexchange.com/questions/92401/is-the-death-star-s-gravitational-force-strong-enough-to-hold-an-atmosphere) it's between 120 & 160 km radius, for a probable gravity of ~0.04g. That's not quite microgravity, but still far too low to be walking around in. For comparison Lunar gravity is ~0.166g.
i don't know much about star wars, but wouldn't gravity be weaker near the centre as you'd have less mass below you and more above you
Assuming the mass is evenly distributed the mass above you doesn't contribute any additional gravitational force. The mass above you can be described as a hollow sphere. Inside such a sphere all gravitational components cancel out. So its just important that less mass is below you
The first one because luke fell off the bottom.
That was Cloud City
Left.
Look at the windows.
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