
You can start the homebrew that was included with it.OHHH, ok thanks !
But, we can't start a homebrew/game with this version ???

No, it's not there yet.I know, but we can't start other homebrew psx with the current version of the emulator ???
Huh, yeah, I understand now.Keep in mind that the 3DS is not going to render the games at nearly the same resolutions that your computer would, and that the hardware will pretty much be entirely dedicated to the emulator (as opposed to your computer, which is likely doing a lot more than that at any given time).
Yeah, but what if you wanted to play a game that uses L1, L2, R1, R2, and the dual analog at the same time on the o3DS? You can't. You'd need an n3DS.

That doesn't really fix the issue. What if you wanted to push L1 and R2 at the same time? And dual analog games? You'd need a circle pad pro on the o3DS.On PSP you had an special command to input BOTH L2 and R2.
I think you had to hold down the circle stick. I remember it from FF8 where you had to escape from a robot at the start of the game.
So it would be the same for O3DS.

I don't see what are you trying to imply, if you have a N3ds fine you don't have to remap anything but the people who have O3DS can input those buttons.That doesn't really fix the issue. What if you wanted to push L1 and R2 at the same time? You'd need a circle pad pro on the o3DS.

What? I'm not implying anything. I'm just stating facts. It doesn't have enough buttons. The o3DS doesn't even have two analogs... Are you really going to remap every time you want to press a diferent combo of L1/L2/R1/R2?I don't see what are you trying to imply, if you have a N3ds fine you don't have to remap anything but the people who have O3DS can input those buttons.

So? I don't see what are you trying to prove lol, if this is successful O3ds can play psx games without the analogs like the psp and that's what al mattersWhat? The o3DS doesn't even have two analogs...
Please note that memory access bits only restrict page access internally by the CPU. Asking the GPU to write data to main memory allows writing to arbitrary locations (although the GPU can only access a limited portion of main memory). This is how ninjhax ROP-chains load the payload that loads the homebrew menu. See gspwn info on 3dbrew. All we need to know is which memory pages are safe to be written to at run time without overwriting parts of the emulator or other important data.

I don't see what you're trying to prove. What I'm saying is just true... Dual analog games and games that require heavy use of L1/L2/R1/R2 won't work very well.So? I don't see what are you trying to prove lol, if this is successful O3ds can play psx games without the analogs like the psp and that's what al matters![]()

I'll just stop there because this is getting dumb lol, good luck.I don't see what you're trying to prove. What I'm saying is just true... Dual analog games and games that require heavy use of L1/L2/R1/R2 won't work very well.

Why is it dumb? Unless you have a CCP the o3DS won't have enough buttons or analog sticks. I have a PSP and the the emulator on that blows too for those kinds of games.I'll just stop there because this is getting dumb lol, good luck.
The only problem is that it's somewhat slow to do for massive memory writes, at least compared to just writing normally. Plus you still need a way to flush icache.
The CPU internally has a very, very fast, but very small amount of built-in memory called a cache. Data and CPU instructions are stored in the cache for quick access when you want to manipulate or visit specific memory locations many times. Reading from the cache as opposed to main memory is what gives you performance. When you try to read from a location not in the cache, a line of the cache is invalidated and the new location is read into that cache line, this has the consequence of waiting an extremely long time to get a few bytes of data into the CPU. "icache" is just a short hand way to refer to the cache lines dedicated to the CPU instructions (instruction cache).What does icache mean? Just curious![]()
The CPU internally has a very, very fast, but very small amount of built-in memory called a cache. Data and CPU instructions are stored in the cache for quick access when you want to manipulate or visit a specific memory locations many times. Reading from the cache as opposed to main memory is what gives you performance. When you try to read from a location not in the cache, a line of the cache is invalidated and the new location is read into that cache line, this has the consequence of waiting an extremely long time to get a few bytes of data into the CPU. "icache" is just a short hand way to refer to the cache lines dedicated to the CPU instructions (instruction cache).




