You mean my baseless guess was correct??What this guy said, anything after 1240 is just extra, empty, unused space, at least on n3ds, on o3ds anything past (iirc) 943 is empty and unused as well
You mean my baseless guess was correct??What this guy said, anything after 1240 is just extra, empty, unused space, at least on n3ds, on o3ds anything past (iirc) 943 is empty and unused as well
What this guy said, anything after 1240 is just extra, empty, unused space, at least on n3ds, on o3ds anything past (iirc) 943 is empty and unused as well
I see why this could be useful (to hardmod owners), but I'm not sure if I would want to open that can of worms. At the moment I rather not. There are people more knowledgeable in arm9loaderhax than I am, and these people are working on making the process as safe and painless as possible. A9lh is also still evolving, and adding that to D9 now would mean I'd have to keep this up to date. And, as you said, we already have that a9lh preserving NAND restore, so for basically everyone the a9lh installation is a one time affair. By the way: In theory you could install a9lh, on PC, directly to a NAND backup. I won't do it, but maybe someone wants to take up that as a side project later.@d0k3
Advance feature request: Installing/injecting A9LH through Decrypt9WIP, provided that we have delebile's arm9loaderhax data_output files (firm0.bin, firm1.bin, sector.bin, stage0x5C000.bin) present in the Decrypt9 work directory.
I'm not sure if it's possible, but you I have you do miraculous things with Decrypt9 already. It would be a nice feature to restore sysNand,exploitable or non-exploitable, followed by installing a9lh directly through the menu in 1 function. I think it would mostly benefit a9lh users who have a hardmod that regularly make backups of fully updated firmware images.
And yes, I'm also aware that D9WIP has options to keep the a9lh intact when restoring nand, and restoring ctrnand.
My nand is 1888, but both nand backup options (full and min) give 1240... any idea why?
If Decrypt9WIP reduces the size to dump, it also gives you the reason why it did so in the output. Is this a minimum size RedNAND? If so: we can't dump more data then there is. If this is not a RedNAND or even SysNAND, give me the exact output (via Decrypt9.log) and / or update to the latest version.but i thought if you just pick the normal nand dump in decrypt9, you will dump the whole 1888, even if extra... if not, then i dont understand the difference between the nand dump and nand dump (min)
You're asking: "is this dump valid to restore?", to which I have to reply that you have to know yourself. Although the NAND validator does check a lot, it can do only so much, and there are ways to corrupt a NAND image in a way that the validator still passes. For this to happen, you almost have to do this corruption deliberately. I still recommend you use common sense when restoring NAND backups. The warning message and the button sequence is there for a reason.Trying to understand the NAND validator. Did a sysNAND dump (full) with latest commit. Run it through the validator and get:
FIRM0 section2 hash mismatch
FIRM0 is corrupt (non critical)
Validate NAND Dump: succeeded!
I take it the hash mismatch is due to A9LH install. But is this dump valid to restore?
Could it be possible for my EmuNand to boot every time, but still be corrupted. I'm having an issue with any HB app or Computer app detecting my EmuNand, so I can't make any backups at all of my EmuNand.I see why this could be useful (to hardmod owners), but I'm not sure if I would want to open that can of worms. At the moment I rather not. There are people more knowledgeable in arm9loaderhax than I am, and these people are working on making the process as safe and painless as possible. A9lh is also still evolving, and adding that to D9 now would mean I'd have to keep this up to date. And, as you said, we already have that a9lh preserving NAND restore, so for basically everyone the a9lh installation is a one time affair. By the way: In theory you could install a9lh, on PC, directly to a NAND backup. I won't do it, but maybe someone wants to take up that as a side project later.
If Decrypt9WIP reduces the size to dump, it also gives you the reason why it did so in the output. Is this a minimum size RedNAND? If so: we can't dump more data then there is. If this is not a RedNAND or even SysNAND, give me the exact output (via Decrypt9.log) and / or update to the latest version.
You're asking: "is this dump valid to restore?", to which I have to reply that you have to know yourself. Although the NAND validator does check a lot, it can do only so much, and there are ways to corrupt a NAND image in a way that the validator still passes. For this to happen, you almost have to do this corruption deliberately. I still recommend you use common sense when restoring NAND backups. The warning message and the button sequence is there for a reason.
Anyways, as for the output. Yes, this is normal and expected for a9lh. Even if the detected corruption was not due to a9lh, it would still be safe to restore 99.999% (and this corruption never happens without a9lh). If the validator says it succeeded, that means there is no objection from D9s side to restore that NAND backup. Plus, the NAND restore options validates the dump, too, before even starting.
It is much more possible that ReiNAND boots into SysNAND without you noticing. Just saying. Give me those 2kB and I'll tell you for sure.Could it be possible for my EmuNand to boot every time, but still be corrupted. I'm having an issue with any HB app or Computer app detecting my EmuNand, so I can't make any backups at all of my EmuNand.
I see why this could be useful (to hardmod owners), but I'm not sure if I would want to open that can of worms. At the moment I rather not. There are people more knowledgeable in arm9loaderhax than I am, and these people are working on making the process as safe and painless as possible. A9lh is also still evolving, and adding that to D9 now would mean I'd have to keep this up to date. And, as you said, we already have that a9lh preserving NAND restore, so for basically everyone the a9lh installation is a one time affair. By the way: In theory you could install a9lh, on PC, directly to a NAND backup. I won't do it, but maybe someone wants to take up that as a side project later.
If Decrypt9WIP reduces the size to dump, it also gives you the reason why it did so in the output. Is this a minimum size RedNAND? If so: we can't dump more data then there is. If this is not a RedNAND or even SysNAND, give me the exact output (via Decrypt9.log) and / or update to the latest version.
You're asking: "is this dump valid to restore?", to which I have to reply that you have to know yourself. Although the NAND validator does check a lot, it can do only so much, and there are ways to corrupt a NAND image in a way that the validator still passes. For this to happen, you almost have to do this corruption deliberately. I still recommend you use common sense when restoring NAND backups. The warning message and the button sequence is there for a reason.
Anyways, as for the output. Yes, this is normal and expected for a9lh. Even if the detected corruption was not due to a9lh, it would still be safe to restore 99.999% (and this corruption never happens without a9lh). If the validator says it succeeded, that means there is no objection from D9s side to restore that NAND backup. Plus, the NAND restore options validates the dump, too, before even starting.
Are you really sure your NAND is a 1.8GB one? You can use the new system info feature (in maintenance) to check that.There was no reason given in the log... all it says is:
Dumping SysNAND. Size (MB): 1240
Use arrow keys and <A> to choose a name
NAND_sys.bin
Creating NAND_sys.bin ...
NAND Backup: succeeded!
Are you really sure your NAND is a 1.8GB one? You can use the new system info feature (in maintenance) to check that.
Yes. I have dumped my 1.8gb with previous versions, and system info in maintenance says it is. But latest decrypt9 only does 1240. Rls from march does the full 1.8
Yes. I have dumped my 1.8gb with previous versions, and system info in maintenance says it is. But latest decrypt9 only does 1240. Rls from march does the full 1.8
Okay, found it. You have a minimum size RedNAND on the SD, right? Now, either compile from newest GitHub source or wait until the next release (which will be soon, too).Came here to report I am having this issue as well.
Previous version of decrypt9 dumped my nand as full 1.8. The newest version it will only dump 1240 (same size for both full dump and min dump)
Okay, found it. You have a minimum size RedNAND on the SD, right? Now, either compile from newest GitHub source or wait until the next release (which will be soon, too).
Only updated sysnand, no emu/rednand
Only updated sysnand, no emu/rednand
So what, I did a new release. This is new:Same with me. I started with a brand new SD card on a clean 9.0 sysnand. Installed a9lh, updated to 10.7, decrypt9 would only dump 1240mbs.
So what, I did a new release. This is new:
Also, take note that minimum size dumps are as valid as full sized ones.
- Fixed size of SysNAND dumps when there is no EmuNAND present of the SD card
- More through checking for already set up keys during initialization
Can you two try again with this one?
So what, I did a new release. This is new:
Also, take note that minimum size dumps are as valid as full sized ones.
- Fixed size of SysNAND dumps when there is no EmuNAND present of the SD card
- More through checking for already set up keys during initialization
Can you two try again with this one?
My Nands are not linked and SysNand is blank with no theme, just FBI installed. Trust me it's not booting SysNand. I'm getting that for you right now though sir, and thanks again.It is much more possible that ReiNAND boots into SysNAND without you noticing. Just saying. Give me those 2kB and I'll tell you for sure.
Opening /D9Game ...
Processing CIA "Shingeki.cia"
Probably not a CIA file
Failed!
CIA Decryptor (CXI Only): failed!
Press B to return, START to reboot

It should be.does anybody know if d9logo.bin is the standard RAW BGR that https://xem.github.io/3DShomebrew/tools/image-to-bin.html can produce?
