* RK3399 TF-A hash verification failure for atf-3
@ 2026-07-18 16:03 Vic B
2026-07-22 16:23 ` Peter Robinson via U-Boot
2026-07-22 17:12 ` Quentin Schulz via U-Boot
0 siblings, 2 replies; 12+ messages in thread
From: Vic B @ 2026-07-18 16:03 UTC (permalink / raw)
To: u-boot
Hi,
while trying to compile u-boot v2026.07 (or v2026.04) for RK3399-based
NanoPi R4S, I run into issues with current mainline TF-A (using 2.14, more
precisely the lts-v2.14.4 tag). I'm cross-compiling both TF-A and u-boot
using GCC version 14.2.0 (Debian 14.2.0-19) from Debian Trixie.
First, I encountered TF-A build failure with the
region `PMUSRAM' overflowed by 3928 bytes
error message, which seems to be a long-term issue know since 2018:
https://github.com/ARM-software/tf-issues/issues/650
and recently also mentioned in this mailing list:
https://lists.denx.de/pipermail/u-boot/2026-April/613754.html
Although some discussions suggest that this issue may be compiler or
toolchain dependent, I've eventually found a solution in Armbian
sources, which fix this issue by changing PMUSRAM_RSIZE from 8K to 16K:
https://github.com/armbian/build/blob/main/patch/atf/atf-rockchip64/v2.14/1002-2.14-rk3399-PMUSRAM_RSIZE-8k-16k.patch
I'm also using two other Armbian RK3399-related patches to TF-A as these
looked useful to me:
https://github.com/armbian/build/blob/main/patch/atf/atf-rockchip64/v2.14/1001-2.14-rk3399-m0-LDFLAGS-no-pie.patch
https://github.com/armbian/build/blob/main/patch/atf/atf-rockchip64/v2.14/1003-rk3399-fix-pl330-dmac-sgrf-init.patch
With all these patches applied to TF-A lts-v2.14.4, I can successfully
build TF-A and get bl31.elf with .pmusram segment of 0x2f58 (12120)
bytes (i.e. 8192 bytes of the original limit plus 3928 bytes which used
to overflow without the patch):
$ readelf -l ../trusted-firmware-a/build/rk3399/release/bl31/bl31.elf
Elf file type is EXEC (Executable file)
Entry point 0x40000
There are 6 program headers, starting at offset 64
Program Headers:
Type Offset VirtAddr PhysAddr
FileSiz MemSiz Flags Align
LOAD 0x0000000000010000 0x0000000000040000 0x0000000000040000
0x0000000000023000 0x0000000000023000 R E 0x10000
LOAD 0x0000000000033000 0x0000000000063000 0x0000000000063000
0x0000000000000051 0x0000000000081000 RW 0x1000
LOAD 0x0000000000034000 0x00000000ff3b0000 0x00000000ff3b0000
0x0000000000002f58 0x0000000000002f58 RWE 0x1000
LOAD 0x0000000000037000 0x00000000ff8c0000 0x00000000ff8c0000
0x0000000000002000 0x0000000000002000 R E 0x1000
LOAD 0x0000000000000000 0x00000000ff8c2000 0x00000000ff8c2000
0x0000000000000000 0x0000000000001000 RW 0x1000
GNU_STACK 0x0000000000000000 0x0000000000000000 0x0000000000000000
0x0000000000000000 0x0000000000000000 RW 0x10
Section to Segment mapping:
Segment Sections...
00 .ro
01 .data .stacks .bss .per_cpu .xlat_table .coherent_ram
02 .pmusram
03 .incbin_sram .text_sram
04 .stack_sram
05
I can also successfully build u-boot with nanopi-r4s-rk3399_defconfig
and this bl31.elf, where a 12120 bytes blob goes to atf-3 according to
mkimage:
Image 3 (atf-3)
Description: ARM Trusted Firmware
Created: Sat Jul 18 17:02:03 2026
Type: Firmware
Compression: uncompressed
Data Size: 12120 Bytes = 11.84 KiB = 0.01 MiB
Architecture: AArch64
OS: ARM Trusted Firmware
Load Address: 0xff3b0000
Hash algo: sha256
Hash value: bb3956f441de43bdc2b0946e2429f1166b4e54fe67cbca6c9fbfa9371b5ecfc9
Sadly, when I try to boot it from SD card, it fails because of hash
verification failure for atf-3:
U-Boot SPL 2026.07 (Jul 17 2026 - 15:40:20 +0200)
Trying to boot from MMC2
## Checking hash(es) for config config-1 ... OK
## Checking hash(es) for Image atf-1 ... sha256+ OK
## Checking hash(es) for Image u-boot ... sha256+ OK
## Checking hash(es) for Image fdt-1 ... sha256+ OK
## Checking hash(es) for Image atf-2 ... sha256+ OK
## Checking hash(es) for Image atf-3 ... sha256 error!
Bad hash value for 'hash' hash node in 'atf-3' image node
spl_load_simple_fit: can't load image loadables index 2 (ret = -1)
mmc_load_image_raw_sector: mmc block read error
An easy workaround is to disable FIT verification (SPL_FIT_SIGNATURE
and CONFIG_SPL_FIT_FULL_CHECK) in the SPL, without these I get a working
u-boot and smooth running linux-6.18.38 without any signs of trouble:
U-Boot TPL 2026.07 (Jul 15 2026 - 17:34:15)
Trying to boot from BOOTROM
Returning to boot ROM...
U-Boot SPL 2026.07 (Jul 15 2026 - 17:34:15 +0200)
Trying to boot from MMC2
load_simple_fit: Skip load 'atf-5': image size is 0!
NOTICE: BL31: v2.14.4(release):lts-v2.14.4-3-g4660bf8b7
NOTICE: BL31: Built : 22:54:17, Jul 14 2026
U-Boot 2026.07 (Jul 15 2026 - 17:34:15 +0200)
SoC: Rockchip rk3399
Reset cause: POR
Model: FriendlyElec NanoPi R4S
DRAM: 4 GiB (total 3.9 GiB)
PMIC: RK808
Core: 281 devices, 25 uclasses, devicetree: separate
MMC: mmc@fe320000: 1
Loading Environment from <NULL>... OK
In: serial
Out: serial
Err: serial
Model: FriendlyElec NanoPi R4S
Hit any key to stop autoboot: 0
** Booting bootflow 'mmc@fe320000.bootdev.part_1' with script
7211491 bytes read in 310 ms (22.2 MiB/s)
62459 bytes read in 5 ms (11.9 MiB/s)
Uncompressing Kernel Image to 0
## Flattened Device Tree blob at 12000000
Booting using the fdt blob at 0x12000000
Working FDT set to 12000000
Loading Device Tree to 00000000f4f63000, end 00000000f4f753fa ... OK
Working FDT set to f4f63000
Starting kernel ...
However, the need to disable SPL FIT verifications because of the
mysterious hash verification failure for atf-3 (which seems to contain
the PMUSRAM blob whose size I had to change from 8K to 16K to fix the
TF-A build failure) makes the resulting system considerably less
trustworthy to me.
I suspect that the PMUSRAM_RSIZE setting in TF-A may have a
corresponding counterpart in u-boot, which may need to be changed too
when the TF-A value is raised from 8K to 16K. But I didn't manage to
find any such setting in u-boot.
Also, I'm also quite confused that despite mainline TF-A failing to
build for RK3399, there seem to be several people submitting recent
patches for RK3399 boards to u-boot. As TF-A is required by u-boot for
RK3399, this makes me wonder what version of TF-A those people use
and/or how they fix the PMUSRAM region overflow issue.
Any hints or thoughts on what is wrong here will be appreciated.
Vic
^ permalink raw reply [flat|nested] 12+ messages in thread
* Re: RK3399 TF-A hash verification failure for atf-3
2026-07-18 16:03 RK3399 TF-A hash verification failure for atf-3 Vic B
@ 2026-07-22 16:23 ` Peter Robinson via U-Boot
2026-07-24 10:57 ` Vic B via U-Boot
2026-07-22 17:12 ` Quentin Schulz via U-Boot
1 sibling, 1 reply; 12+ messages in thread
From: Peter Robinson via U-Boot @ 2026-07-22 16:23 UTC (permalink / raw)
To: Vic B; +Cc: u-boot
Hi Vic,
> while trying to compile u-boot v2026.07 (or v2026.04) for RK3399-based
> NanoPi R4S, I run into issues with current mainline TF-A (using 2.14, more
> precisely the lts-v2.14.4 tag). I'm cross-compiling both TF-A and u-boot
> using GCC version 14.2.0 (Debian 14.2.0-19) from Debian Trixie.
>
> First, I encountered TF-A build failure with the
>
> region `PMUSRAM' overflowed by 3928 bytes
>
> error message, which seems to be a long-term issue know since 2018:
>
> https://github.com/ARM-software/tf-issues/issues/650
>
> and recently also mentioned in this mailing list:
>
> https://lists.denx.de/pipermail/u-boot/2026-April/613754.html
>
> Although some discussions suggest that this issue may be compiler or
> toolchain dependent, I've eventually found a solution in Armbian
> sources, which fix this issue by changing PMUSRAM_RSIZE from 8K to 16K:
While changing that setting may allow it to build the PMU's SRAM size
in hardware is fixed, so it will cause real world problems.
The thing to note with the PMU FW is it's built for a Cortex-M0 core
which means you need to build it with a 32 bit compiler. You likely
need to add a M0_CROSS_COMPILE=arm-linux-gnu- variable (substitute
with the string for your armv7 compiler string) to the beginning of
your make command. EG:
M0_CROSS_COMPILE=arm-linux-gnu- make HOSTCC="gcc" CROSS_COMPILE=""
PLAT=rk3399 bl31
It works across numerous rk3399 devices for me with the 2.14.1 build
in Fedora and that firmware is about 5.7K in size.
> https://github.com/armbian/build/blob/main/patch/atf/atf-rockchip64/v2.14/1002-2.14-rk3399-PMUSRAM_RSIZE-8k-16k.patch
>
> I'm also using two other Armbian RK3399-related patches to TF-A as these
> looked useful to me:
>
> https://github.com/armbian/build/blob/main/patch/atf/atf-rockchip64/v2.14/1001-2.14-rk3399-m0-LDFLAGS-no-pie.patch
> https://github.com/armbian/build/blob/main/patch/atf/atf-rockchip64/v2.14/1003-rk3399-fix-pl330-dmac-sgrf-init.patch
>
> With all these patches applied to TF-A lts-v2.14.4, I can successfully
> build TF-A and get bl31.elf with .pmusram segment of 0x2f58 (12120)
> bytes (i.e. 8192 bytes of the original limit plus 3928 bytes which used
> to overflow without the patch):
>
> $ readelf -l ../trusted-firmware-a/build/rk3399/release/bl31/bl31.elf
>
> Elf file type is EXEC (Executable file)
> Entry point 0x40000
> There are 6 program headers, starting at offset 64
>
> Program Headers:
> Type Offset VirtAddr PhysAddr
> FileSiz MemSiz Flags Align
> LOAD 0x0000000000010000 0x0000000000040000 0x0000000000040000
> 0x0000000000023000 0x0000000000023000 R E 0x10000
> LOAD 0x0000000000033000 0x0000000000063000 0x0000000000063000
> 0x0000000000000051 0x0000000000081000 RW 0x1000
> LOAD 0x0000000000034000 0x00000000ff3b0000 0x00000000ff3b0000
> 0x0000000000002f58 0x0000000000002f58 RWE 0x1000
> LOAD 0x0000000000037000 0x00000000ff8c0000 0x00000000ff8c0000
> 0x0000000000002000 0x0000000000002000 R E 0x1000
> LOAD 0x0000000000000000 0x00000000ff8c2000 0x00000000ff8c2000
> 0x0000000000000000 0x0000000000001000 RW 0x1000
> GNU_STACK 0x0000000000000000 0x0000000000000000 0x0000000000000000
> 0x0000000000000000 0x0000000000000000 RW 0x10
>
> Section to Segment mapping:
> Segment Sections...
> 00 .ro
> 01 .data .stacks .bss .per_cpu .xlat_table .coherent_ram
> 02 .pmusram
> 03 .incbin_sram .text_sram
> 04 .stack_sram
> 05
>
> I can also successfully build u-boot with nanopi-r4s-rk3399_defconfig
> and this bl31.elf, where a 12120 bytes blob goes to atf-3 according to
> mkimage:
>
> Image 3 (atf-3)
> Description: ARM Trusted Firmware
> Created: Sat Jul 18 17:02:03 2026
> Type: Firmware
> Compression: uncompressed
> Data Size: 12120 Bytes = 11.84 KiB = 0.01 MiB
> Architecture: AArch64
> OS: ARM Trusted Firmware
> Load Address: 0xff3b0000
> Hash algo: sha256
> Hash value: bb3956f441de43bdc2b0946e2429f1166b4e54fe67cbca6c9fbfa9371b5ecfc9
>
> Sadly, when I try to boot it from SD card, it fails because of hash
> verification failure for atf-3:
>
> U-Boot SPL 2026.07 (Jul 17 2026 - 15:40:20 +0200)
> Trying to boot from MMC2
> ## Checking hash(es) for config config-1 ... OK
> ## Checking hash(es) for Image atf-1 ... sha256+ OK
> ## Checking hash(es) for Image u-boot ... sha256+ OK
> ## Checking hash(es) for Image fdt-1 ... sha256+ OK
> ## Checking hash(es) for Image atf-2 ... sha256+ OK
> ## Checking hash(es) for Image atf-3 ... sha256 error!
> Bad hash value for 'hash' hash node in 'atf-3' image node
> spl_load_simple_fit: can't load image loadables index 2 (ret = -1)
> mmc_load_image_raw_sector: mmc block read error
>
> An easy workaround is to disable FIT verification (SPL_FIT_SIGNATURE
> and CONFIG_SPL_FIT_FULL_CHECK) in the SPL, without these I get a working
> u-boot and smooth running linux-6.18.38 without any signs of trouble:
>
> U-Boot TPL 2026.07 (Jul 15 2026 - 17:34:15)
> Trying to boot from BOOTROM
> Returning to boot ROM...
>
> U-Boot SPL 2026.07 (Jul 15 2026 - 17:34:15 +0200)
> Trying to boot from MMC2
> load_simple_fit: Skip load 'atf-5': image size is 0!
> NOTICE: BL31: v2.14.4(release):lts-v2.14.4-3-g4660bf8b7
> NOTICE: BL31: Built : 22:54:17, Jul 14 2026
>
>
> U-Boot 2026.07 (Jul 15 2026 - 17:34:15 +0200)
>
> SoC: Rockchip rk3399
> Reset cause: POR
> Model: FriendlyElec NanoPi R4S
> DRAM: 4 GiB (total 3.9 GiB)
> PMIC: RK808
> Core: 281 devices, 25 uclasses, devicetree: separate
> MMC: mmc@fe320000: 1
> Loading Environment from <NULL>... OK
> In: serial
> Out: serial
> Err: serial
> Model: FriendlyElec NanoPi R4S
> Hit any key to stop autoboot: 0
> ** Booting bootflow 'mmc@fe320000.bootdev.part_1' with script
> 7211491 bytes read in 310 ms (22.2 MiB/s)
> 62459 bytes read in 5 ms (11.9 MiB/s)
> Uncompressing Kernel Image to 0
> ## Flattened Device Tree blob at 12000000
> Booting using the fdt blob at 0x12000000
> Working FDT set to 12000000
> Loading Device Tree to 00000000f4f63000, end 00000000f4f753fa ... OK
> Working FDT set to f4f63000
>
> Starting kernel ...
>
> However, the need to disable SPL FIT verifications because of the
> mysterious hash verification failure for atf-3 (which seems to contain
> the PMUSRAM blob whose size I had to change from 8K to 16K to fix the
> TF-A build failure) makes the resulting system considerably less
> trustworthy to me.
>
> I suspect that the PMUSRAM_RSIZE setting in TF-A may have a
> corresponding counterpart in u-boot, which may need to be changed too
> when the TF-A value is raised from 8K to 16K. But I didn't manage to
> find any such setting in u-boot.
>
> Also, I'm also quite confused that despite mainline TF-A failing to
> build for RK3399, there seem to be several people submitting recent
> patches for RK3399 boards to u-boot. As TF-A is required by u-boot for
> RK3399, this makes me wonder what version of TF-A those people use
> and/or how they fix the PMUSRAM region overflow issue.
>
> Any hints or thoughts on what is wrong here will be appreciated.
>
> Vic
^ permalink raw reply [flat|nested] 12+ messages in thread
* Re: RK3399 TF-A hash verification failure for atf-3
2026-07-18 16:03 RK3399 TF-A hash verification failure for atf-3 Vic B
2026-07-22 16:23 ` Peter Robinson via U-Boot
@ 2026-07-22 17:12 ` Quentin Schulz via U-Boot
2026-07-22 22:29 ` Peter Robinson
` (2 more replies)
1 sibling, 3 replies; 12+ messages in thread
From: Quentin Schulz via U-Boot @ 2026-07-22 17:12 UTC (permalink / raw)
To: Vic B, u-boot
Hi Vic,
On 7/18/26 6:03 PM, Vic B wrote:
> [You don't often get email from u-boot@vicb.net. Learn why this is important at https://aka.ms/LearnAboutSenderIdentification ]
>
> Hi,
>
> while trying to compile u-boot v2026.07 (or v2026.04) for RK3399-based
> NanoPi R4S, I run into issues with current mainline TF-A (using 2.14, more
> precisely the lts-v2.14.4 tag). I'm cross-compiling both TF-A and u-boot
> using GCC version 14.2.0 (Debian 14.2.0-19) from Debian Trixie.
>
> First, I encountered TF-A build failure with the
>
> region `PMUSRAM' overflowed by 3928 bytes
>
> error message, which seems to be a long-term issue know since 2018:
>
> https://github.com/ARM-software/tf-issues/issues/650
>
> and recently also mentioned in this mailing list:
>
> https://lists.denx.de/pipermail/u-boot/2026-April/613754.html
>
> Although some discussions suggest that this issue may be compiler or
> toolchain dependent, I've eventually found a solution in Armbian
Debian toolchain issue, reported to TF-A last year, see
https://review.trustedfirmware.org/c/TF-A/trusted-firmware-a/+/36981/comments/877be809_5abf10d8.
We wanted to rely on Debian upgrading at some point their TF-A, hitting
the same issue and working on it but it seems they are stuck on
lts-v2.12.1 (which is slightly concerning considering we're at
lts-v2.12.12 already) so this hasn't happened yet. I'm building on
Fedora and my company's CI has lts-v2.12 pinned to avoid this issue, so
I'm not going to be chasing this myself. Can you try to work this out
with Debian maybe? You're not the first, not the last I suspect either.
Cheers,
Quentin
^ permalink raw reply [flat|nested] 12+ messages in thread
* Re: RK3399 TF-A hash verification failure for atf-3
2026-07-22 17:12 ` Quentin Schulz via U-Boot
@ 2026-07-22 22:29 ` Peter Robinson
2026-07-24 12:38 ` Vic B via U-Boot
2026-07-30 13:59 ` Peter Robinson
2 siblings, 0 replies; 12+ messages in thread
From: Peter Robinson @ 2026-07-22 22:29 UTC (permalink / raw)
To: Quentin Schulz; +Cc: Vic B, u-boot
On Wed, 22 Jul 2026 at 18:13, Quentin Schulz via U-Boot
<u-boot@lists.u-boot-project.org> wrote:
>
> Hi Vic,
>
> On 7/18/26 6:03 PM, Vic B wrote:
> > [You don't often get email from u-boot@vicb.net. Learn why this is important at https://aka.ms/LearnAboutSenderIdentification ]
> >
> > Hi,
> >
> > while trying to compile u-boot v2026.07 (or v2026.04) for RK3399-based
> > NanoPi R4S, I run into issues with current mainline TF-A (using 2.14, more
> > precisely the lts-v2.14.4 tag). I'm cross-compiling both TF-A and u-boot
> > using GCC version 14.2.0 (Debian 14.2.0-19) from Debian Trixie.
> >
> > First, I encountered TF-A build failure with the
> >
> > region `PMUSRAM' overflowed by 3928 bytes
> >
> > error message, which seems to be a long-term issue know since 2018:
> >
> > https://github.com/ARM-software/tf-issues/issues/650
> >
> > and recently also mentioned in this mailing list:
> >
> > https://lists.denx.de/pipermail/u-boot/2026-April/613754.html
> >
> > Although some discussions suggest that this issue may be compiler or
> > toolchain dependent, I've eventually found a solution in Armbian
>
> Debian toolchain issue, reported to TF-A last year, see
> https://review.trustedfirmware.org/c/TF-A/trusted-firmware-a/+/36981/comments/877be809_5abf10d8.
> We wanted to rely on Debian upgrading at some point their TF-A, hitting
> the same issue and working on it but it seems they are stuck on
> lts-v2.12.1 (which is slightly concerning considering we're at
> lts-v2.12.12 already) so this hasn't happened yet. I'm building on
> Fedora and my company's CI has lts-v2.12 pinned to avoid this issue, so
> I'm not going to be chasing this myself. Can you try to work this out
> with Debian maybe? You're not the first, not the last I suspect either.
I can see if I can get the arm distro team to assist.
Peter
^ permalink raw reply [flat|nested] 12+ messages in thread
* Re: RK3399 TF-A hash verification failure for atf-3
2026-07-22 16:23 ` Peter Robinson via U-Boot
@ 2026-07-24 10:57 ` Vic B via U-Boot
0 siblings, 0 replies; 12+ messages in thread
From: Vic B via U-Boot @ 2026-07-24 10:57 UTC (permalink / raw)
To: Peter Robinson; +Cc: u-boot
On Wed, Jul 22, 2026 at 05:23:58PM +0100, Peter Robinson wrote:
> Hi Vic,
Hi Peter,
> While changing that setting may allow it to build the PMU's SRAM size
> in hardware is fixed, so it will cause real world problems.
I've been trying to figure out whether the PMU SRAM size is fixed
on RK3399, but haven't found the answer.
Unlike e.g. RK3528A, where the block diagram clearly says "PMU_SRAM(8KB)",
RK3399's datasheet only mentions that SRAM size is 200KB and security or
non-security space is software programmable by 4 KB step. I was therefore
hoping that changing PMUSRAM_RSIZE will cause something (TF-A or u-boot)
to adjust the PMU SRAM region automatically, but it's probably better
to assume that it's indeed fixed to 8KiB.
I have also modified boot/image-fit.c to dump whole image on hash
verification failure, and found out that while the original oversized
byte pmusram image (atf-3) of 12120 bytes consist of 3859 mostly
non-zero bytes (looking like code), followed by zero padding up to
offset 8191, some data from offset 8192, followed by zeroes from offset
8508 till the end, the image that u-boot sees in memory during hash
verification has its beginning overwritten by the part which can be seen
at offset 8192 in the original.
This kind of overflow probably also indicates that the limit is 8 KiB
(and also definitely causes me to no longer trust this oversized build
of trusted firmware, despite the fact that the systems seems to run fine
with it).
> The thing to note with the PMU FW is it's built for a Cortex-M0 core
> which means you need to build it with a 32 bit compiler. You likely
> need to add a M0_CROSS_COMPILE=arm-linux-gnu- variable (substitute
> with the string for your armv7 compiler string) to the beginning of
> your make command. EG:
>
> M0_CROSS_COMPILE=arm-linux-gnu- make HOSTCC="gcc" CROSS_COMPILE=""
> PLAT=rk3399 bl31
I've tried M0_CROSS_COMPILE with both arm-linux-gnuebi- and
arm-none-eabi-, but neither helps.
I also suspects that TF-A 2.14 selects arm-none-eabi- automatically
for M0, as it fails to build without gcc-arm-none-eabi installed (at
least on Debian), and it builds successfully (with increased
PMUSRAM_RSIZE) when installed, without using M0_CROSS_COMPILE.
Also make_helpers/toolchains/rk3399-m0.mk and the last Chris Kays's comment in
https://review.trustedfirmware.org/c/TF-A/trusted-firmware-a/+/36981/comments/877be809_5abf10d8?tab=comments
suggest that arm-none-eabi is the right way to go.
> It works across numerous rk3399 devices for me with the 2.14.1 build
> in Fedora and that firmware is about 5.7K in size.
As Quentin Schulz explained in his reply, the overflow issue is known to
happen with Debian's gcc, and considered to be a Debian bug by some
because it doesn't happen on Fedora.
According to my fiddling with it so far, it appears that Debian's gcc
decides to align a part of pmusram (more precisely, the part called
rk3399m0pmu_bin, which seems to be linked using the recipe in
plat/rockchip/rk3399/drivers/pmu/pmu_fw.S) to 8 KiB boundary, which
causes the overflow.
I also have doubts that this is a bug in Debian's gcc, adjusting the
build/linking of TF-A so that it prevents gcc (or its ld) from aligning
rk3399m0pmu_bin to 8 KiB seems like more promising solution than waiting
for maintainers of Debian's gcc to do something that will fix this
issue.
I'll post more details in reply to Quentin's message.
Vic
^ permalink raw reply [flat|nested] 12+ messages in thread
* Re: RK3399 TF-A hash verification failure for atf-3
2026-07-22 17:12 ` Quentin Schulz via U-Boot
2026-07-22 22:29 ` Peter Robinson
@ 2026-07-24 12:38 ` Vic B via U-Boot
2026-07-24 12:55 ` Quentin Schulz
2026-07-30 13:59 ` Peter Robinson
2 siblings, 1 reply; 12+ messages in thread
From: Vic B via U-Boot @ 2026-07-24 12:38 UTC (permalink / raw)
To: Quentin Schulz; +Cc: Peter Robinson, u-boot
On Wed, Jul 22, 2026 at 07:12:42PM +0200, Quentin Schulz wrote:
> Hi Vic,
Hi Quentin,
>
> Debian toolchain issue, reported to TF-A last year, see https://review.trustedfirmware.org/c/TF-A/trusted-firmware-a/+/36981/comments/877be809_5abf10d8.
> We wanted to rely on Debian upgrading at some point their TF-A, hitting the
> same issue and working on it but it seems they are stuck on lts-v2.12.1
> (which is slightly concerning considering we're at lts-v2.12.12 already) so
> this hasn't happened yet. I'm building on Fedora and my company's CI has
> lts-v2.12 pinned to avoid this issue, so I'm not going to be chasing this
> myself. Can you try to work this out with Debian maybe? You're not the
> first, not the last I suspect either.
Thanks for the link, I think that Chris Kay's comment there is really
valuable, so let me quote it here:
"It's not necessarily the case that the Debian GCC distribution is buggy!
What we presume has happened is that an object with a strict page
alignment has had to shift to the next page due to an increase in
code/data size. This happens from time to time and is generally
harmless, but if we we've hit a memory limit somewhere then this is the
sort of error we see. That we don't see this on other distributions of
GCC is likely just down to configuration differences."
I think that Chris is right, and have doubts about the assumption that
Debian folks will start working on this issue and fix their gcc after
their TF-A package gets updated. If Debian's maintainers of TF-A happen
to test the new version on RK3399, this path may result in a deadlock
where the new TF-A doesn't get to Debian because it fails to build,
so it won't push Debian do fix their gcc...
The Armbian's attempt to fix the issue by increasing PMUSRAM_RSIZE
in plat/rockchip/rk3399/include/shared/addressmap_shared.h from 8K
to 16K seems like more promising course to me - although the resulting
build with oversized pmusram isn't really usable, it produces much more
material to investigate than the "`PMUSRAM' overflowed by 3928 bytes"
message that one gets without this change.
With the PMUSRAM_RSIZE set to 16K, the build results in bl31.elf with
oversized .pmusram section (which can be extracted with objcopy and
hexdumped to see that something there obviously gets aligned to 8 KiB
boundary), and objdump of bl31.elf shows that this (mis)aligned part at
address 0xff3b2000 is rk3399m0pmu_bin (dump follows below in P.S.), which
seems to be linked using plat/rockchip/rk3399/drivers/pmu/pmu_fw.S,
which only requests it to be aligned to 4 bytes:
.macro INCBIN file sym sec
.section \sec, "a"
.global \sym
.type \sym, @object
.align 4
\sym :
.incbin "\file"
.size \sym , .-\sym
.global \sym\()_end
\sym\()_end :
.endm
INCBIN RK3399M0FW, "rk3399m0_bin", ".sram.incbin"
INCBIN RK3399M0PMUFW, "rk3399m0pmu_bin", ".pmusram.incbin"
So what happens here seems to be gcc aligning to 8 KiB when asked to
align to 4 B. That really looks like page alignment issues as suggested
by Chris, and doesn't necessarily mean a bug in gcc - there's only a
directive to align to 4 B boundary, and that one is fulfilled even
with the 8 KiB alignment; gcc can even be credited for fulfilling the
directive 2048 times...
I'll try to look into this over the weekend and find some linker
options or directives to get the page alignment under control.
As I'm not really familiar with this, suggestions are welcome!
Cheers,
Vic
P.S.: here's the promised dump of the oversized .pmusram section:
$ aarch64-linux-gnu-objdump -j .pmusram -d build/rk3399/release/bl31/bl31.elf
build/rk3399/release/bl31/bl31.elf: file format elf64-littleaarch64
Disassembly of section .pmusram:
00000000ff3b0000 <pmu_cpuson_entrypoint>:
ff3b0000: 580000c2 ldr x2, ff3b0018 <sys_resume+0x8>
ff3b0004: 9100005f mov sp, x2
ff3b0008: 940001d1 bl ff3b074c <dmc_resume>
ff3b000c: 940003bf bl ff3b0f08 <__sram_restore_veneer>
00000000ff3b0010 <sys_resume>:
ff3b0010: 940003ba bl ff3b0ef8 <__bl31_warm_entrypoint_veneer>
ff3b0014: 00000000 udf #0
ff3b0018: ff8c3000 .word 0xff8c3000
ff3b001c: 00000000 .word 0x00000000
00000000ff3b0020 <sram_regcpy>:
ff3b0020: cb010000 sub x0, x0, x1
ff3b0024: 51000442 sub w2, w2, #0x1
ff3b0028: 3100045f cmn w2, #0x1
ff3b002c: 54000041 b.ne ff3b0034 <sram_regcpy+0x14> // b.any
ff3b0030: d65f03c0 ret
ff3b0034: b9400023 ldr w3, [x1]
ff3b0038: b8216803 str w3, [x0, x1]
ff3b003c: 91001021 add x1, x1, #0x4
ff3b0040: 17fffff9 b ff3b0024 <sram_regcpy+0x4>
00000000ff3b0044 <sram_udelay>:
ff3b0044: d53be021 mrs x1, cntpct_el0
ff3b0048: 7100281f cmp w0, #0xa
ff3b004c: 52812c02 mov w2, #0x960 // #2400
ff3b0050: 52801e00 mov w0, #0xf0 // #240
ff3b0054: 1a820000 csel w0, w0, w2, eq // eq = none
ff3b0058: d53be023 mrs x3, cntpct_el0
ff3b005c: 6b03003f cmp w1, w3
ff3b0060: 4b010062 sub w2, w3, w1
ff3b0064: 1a9f97e3 cset w3, hi // hi = pmore
ff3b0068: 4b030042 sub w2, w2, w3
ff3b006c: 6b00005f cmp w2, w0
ff3b0070: 54ffff49 b.ls ff3b0058 <sram_udelay+0x14> // b.plast
ff3b0074: d65f03c0 ret
00000000ff3b0078 <rkclk_ddr_reset>:
ff3b0078: 531e0000 ubfiz w0, w0, #2, #1
ff3b007c: 11002004 add w4, w0, #0x8
ff3b0080: 11006003 add w3, w0, #0x18
ff3b0084: 1ac42021 lsl w1, w1, w4
ff3b0088: 11002404 add w4, w0, #0x9
ff3b008c: 11006400 add w0, w0, #0x19
ff3b0090: 1ac42042 lsl w2, w2, w4
ff3b0094: 2a020021 orr w1, w1, w2
ff3b0098: 52800022 mov w2, #0x1 // #1
ff3b009c: 1ac02040 lsl w0, w2, w0
ff3b00a0: 1ac32042 lsl w2, w2, w3
ff3b00a4: 2a020000 orr w0, w0, w2
ff3b00a8: 2a000021 orr w1, w1, w0
ff3b00ac: d2808200 mov x0, #0x410 // #1040
ff3b00b0: f2bfeec0 movk x0, #0xff76, lsl #16
ff3b00b4: b9000001 str w1, [x0]
ff3b00b8: d65f03c0 ret
00000000ff3b00bc <select_per_cs_training_index>:
ff3b00bc: 52842a03 mov w3, #0x2150 // #8528
ff3b00c0: 53114002 lsl w2, w0, #15
ff3b00c4: 72bff503 movk w3, #0xffa8, lsl #16
ff3b00c8: 0b003c60 add w0, w3, w0, lsl #15
ff3b00cc: b9400000 ldr w0, [x0]
ff3b00d0: 368001c0 tbz w0, #16, ff3b0108 <select_per_cs_training_index+0x4c>
ff3b00d4: 5155f443 sub w3, w2, #0x57d, lsl #12
ff3b00d8: 5155f442 sub w2, w2, #0x57d, lsl #12
ff3b00dc: 53081c21 lsl w1, w1, #24
ff3b00e0: 513f8063 sub w3, w3, #0xfe0
ff3b00e4: 511f8042 sub w2, w2, #0x7e0
ff3b00e8: 2a0303e4 mov w4, w3
ff3b00ec: 11080063 add w3, w3, #0x200
ff3b00f0: b9400080 ldr w0, [x4]
ff3b00f4: 12077800 and w0, w0, #0xfeffffff
ff3b00f8: 2a010000 orr w0, w0, w1
ff3b00fc: b9000080 str w0, [x4]
ff3b0100: 6b02007f cmp w3, w2
ff3b0104: 54ffff21 b.ne ff3b00e8 <select_per_cs_training_index+0x2c> // b.any
ff3b0108: d65f03c0 ret
00000000ff3b010c <data_training.constprop.0>:
ff3b010c: 2a0003e1 mov w1, w0
ff3b0110: d2800482 mov x2, #0x24 // #36
ff3b0114: a9be7bfd stp x29, x30, [sp, #-32]!
ff3b0118: aa0103e6 mov x6, x1
ff3b011c: d0000000 adrp x0, ff3b2000 <rk3399m0pmu_bin>
ff3b0120: 9b027c21 mul x1, x1, x2
ff3b0124: 91090000 add x0, x0, #0x240
ff3b0128: 910003fd mov x29, sp
ff3b012c: a90153f3 stp x19, x20, [sp, #16]
ff3b0130: 3861680b ldrb w11, [x0, x1]
ff3b0134: 39413000 ldrb w0, [x0, #76]
ff3b0138: 71001c1f cmp w0, #0x7
ff3b013c: 540013a1 b.ne ff3b03b0 <data_training.constprop.0+0x2a4> // b.any
ff3b0140: 7100057f cmp w11, #0x1
ff3b0144: 528001e9 mov w9, #0xf // #15
ff3b0148: 528000a1 mov w1, #0x5 // #5
ff3b014c: 1a811129 csel w9, w9, w1, ne // ne = any
ff3b0150: 5285cf88 mov w8, #0x2e7c // #11900
ff3b0154: 531140c5 lsl w5, w6, #15
ff3b0158: 72bff508 movk w8, #0xffa8, lsl #16
ff3b015c: 0b063d08 add w8, w8, w6, lsl #15
ff3b0160: b9400101 ldr w1, [x8]
ff3b0164: 320a0021 orr w1, w1, #0x400000
ff3b0168: b9000101 str w1, [x8]
ff3b016c: 71001c1f cmp w0, #0x7
ff3b0170: 540013a0 b.eq ff3b03e4 <data_training.constprop.0+0x2d8> // b.none
ff3b0174: 7100181f cmp w0, #0x6
ff3b0178: 54001240 b.eq ff3b03c0 <data_training.constprop.0+0x2b4> // b.none
ff3b017c: 71000c1f cmp w0, #0x3
ff3b0180: 54001360 b.eq ff3b03ec <data_training.constprop.0+0x2e0> // b.none
ff3b0184: 52801fea mov w10, #0xff // #255
ff3b0188: 5155fca7 sub w7, w5, #0x57f, lsl #12
ff3b018c: 5280000c mov w12, #0x0 // #0
ff3b0190: 5119c0e7 sub w7, w7, #0x670
ff3b0194: 5280002d mov w13, #0x1 // #1
ff3b0198: 1acc21a0 lsl w0, w13, w12
ff3b019c: 6a09001f tst w0, w9
ff3b01a0: 54000540 b.eq ff3b0248 <data_training.constprop.0+0x13c> // b.none
ff3b01a4: 2a0c03e1 mov w1, w12
ff3b01a8: 2a0603e0 mov w0, w6
ff3b01ac: 97ffffc4 bl ff3b00bc <select_per_cs_training_index>
ff3b01b0: 5155f4ae sub w14, w5, #0x57d, lsl #12
ff3b01b4: b94000e0 ldr w0, [x7]
ff3b01b8: 5155fca1 sub w1, w5, #0x57f, lsl #12
ff3b01bc: 511a4021 sub w1, w1, #0x690
ff3b01c0: 5155fca3 sub w3, w5, #0x57f, lsl #12
ff3b01c4: 12167400 and w0, w0, #0xfffffcff
ff3b01c8: 5155f4a4 sub w4, w5, #0x57d, lsl #12
ff3b01cc: 32170000 orr w0, w0, #0x200
ff3b01d0: b90000e0 str w0, [x7]
ff3b01d4: 5155f4af sub w15, w5, #0x57d, lsl #12
ff3b01d8: 12a06022 mov w2, #0xfcfeffff // #-50397185
ff3b01dc: b9400020 ldr w0, [x1]
ff3b01e0: 51152063 sub w3, w3, #0x548
ff3b01e4: 511ec084 sub w4, w4, #0x7b0
ff3b01e8: 5116c1ce sub w14, w14, #0x5b0
ff3b01ec: 0a020000 and w0, w0, w2
ff3b01f0: 510ec1ef sub w15, w15, #0x3b0
ff3b01f4: 2a0c6000 orr w0, w0, w12, lsl #24
ff3b01f8: 52850410 mov w16, #0x2820 // #10272
ff3b01fc: 32100000 orr w0, w0, #0x10000
ff3b0200: 52850011 mov w17, #0x2800 // #10240
ff3b0204: b9000020 str w0, [x1]
ff3b0208: b9400062 ldr w2, [x3]
ff3b020c: b9400080 ldr w0, [x4]
ff3b0210: b94001d3 ldr w19, [x14]
ff3b0214: b94001f2 ldr w18, [x15]
ff3b0218: 53087c41 lsr w1, w2, #8
ff3b021c: 2a130000 orr w0, w0, w19
ff3b0220: 0a422202 and w2, w16, w2, lsr #8
ff3b0224: 2a120000 orr w0, w0, w18
ff3b0228: 531e7c00 lsr w0, w0, #30
ff3b022c: 6b11005f cmp w2, w17
ff3b0230: 54000cc1 b.ne ff3b03c8 <data_training.constprop.0+0x2bc> // b.any
ff3b0234: 35000d00 cbnz w0, ff3b03d4 <data_training.constprop.0+0x2c8>
ff3b0238: 5155fca0 sub w0, w5, #0x57f, lsl #12
ff3b023c: 5287ef81 mov w1, #0x3f7c // #16252
ff3b0240: 51151000 sub w0, w0, #0x544
ff3b0244: b9000001 str w1, [x0]
ff3b0248: 1100058c add w12, w12, #0x1
ff3b024c: 7100119f cmp w12, #0x4
ff3b0250: 54fffa41 b.ne ff3b0198 <data_training.constprop.0+0x8c> // b.any
ff3b0254: b94000e0 ldr w0, [x7]
ff3b0258: 12167400 and w0, w0, #0xfffffcff
ff3b025c: b90000e0 str w0, [x7]
ff3b0260: 5155fca7 sub w7, w5, #0x57f, lsl #12
ff3b0264: 5155f4ad sub w13, w5, #0x57d, lsl #12
ff3b0268: 5284140e mov w14, #0x20a0 // #8352
ff3b026c: 511c40e7 sub w7, w7, #0x710
ff3b0270: 513581ad sub w13, w13, #0xd60
ff3b0274: 5280000c mov w12, #0x0 // #0
ff3b0278: 72bff50e movk w14, #0xffa8, lsl #16
ff3b027c: 6b0c017f cmp w11, w12
ff3b0280: 54000ba8 b.hi ff3b03f4 <data_training.constprop.0+0x2e8> // b.pmore
ff3b0284: 5155f4a0 sub w0, w5, #0x57d, lsl #12
ff3b0288: 5155f4a3 sub w3, w5, #0x57d, lsl #12
ff3b028c: 513f8000 sub w0, w0, #0xfe0
ff3b0290: 511f8063 sub w3, w3, #0x7e0
ff3b0294: 2a0003e2 mov w2, w0
ff3b0298: b9400041 ldr w1, [x2]
ff3b029c: 32100021 orr w1, w1, #0x10000
ff3b02a0: b9000041 str w1, [x2]
ff3b02a4: 11037002 add w2, w0, #0xdc
ff3b02a8: 11080000 add w0, w0, #0x200
ff3b02ac: b9400041 ldr w1, [x2]
ff3b02b0: 72a04001 movk w1, #0x200, lsl #16
ff3b02b4: b9000041 str w1, [x2]
ff3b02b8: 6b00007f cmp w3, w0
ff3b02bc: 54fffec1 b.ne ff3b0294 <data_training.constprop.0+0x188> // b.any
ff3b02c0: 5155fca0 sub w0, w5, #0x57f, lsl #12
ff3b02c4: 5155f4ad sub w13, w5, #0x57d, lsl #12
ff3b02c8: 51338000 sub w0, w0, #0xce0
ff3b02cc: 5284158e mov w14, #0x20ac // #8364
ff3b02d0: 513551ad sub w13, w13, #0xd54
ff3b02d4: 5280000c mov w12, #0x0 // #0
ff3b02d8: 72bff50e movk w14, #0xffa8, lsl #16
ff3b02dc: b9400001 ldr w1, [x0]
ff3b02e0: 32180021 orr w1, w1, #0x100
ff3b02e4: b9000001 str w1, [x0]
ff3b02e8: b94000e0 ldr w0, [x7]
ff3b02ec: 12167400 and w0, w0, #0xfffffcff
ff3b02f0: b90000e0 str w0, [x7]
ff3b02f4: 5155fca7 sub w7, w5, #0x57f, lsl #12
ff3b02f8: 511b00e7 sub w7, w7, #0x6c0
ff3b02fc: 6b0c017f cmp w11, w12
ff3b0300: 54000dc8 b.hi ff3b04b8 <data_training.constprop.0+0x3ac> // b.pmore
ff3b0304: b94000e0 ldr w0, [x7]
ff3b0308: 12067400 and w0, w0, #0xfcffffff
ff3b030c: b90000e0 str w0, [x7]
ff3b0310: 371817aa tbnz w10, #3, ff3b0604 <data_training.constprop.0+0x4f8>
ff3b0314: 3620198a tbz w10, #4, ff3b0644 <data_training.constprop.0+0x538>
ff3b0318: 5155fca7 sub w7, w5, #0x57f, lsl #12
ff3b031c: 5280000a mov w10, #0x0 // #0
ff3b0320: 511840e7 sub w7, w7, #0x610
ff3b0324: 5280002b mov w11, #0x1 // #1
ff3b0328: 1aca2160 lsl w0, w11, w10
ff3b032c: 6a09001f tst w0, w9
ff3b0330: 540017e0 b.eq ff3b062c <data_training.constprop.0+0x520> // b.none
ff3b0334: 2a0a03e1 mov w1, w10
ff3b0338: 2a0603e0 mov w0, w6
ff3b033c: 97ffff60 bl ff3b00bc <select_per_cs_training_index>
ff3b0340: 5155fca0 sub w0, w5, #0x57f, lsl #12
ff3b0344: 529fdfe2 mov w2, #0xfeff // #65279
ff3b0348: 5114b000 sub w0, w0, #0x52c
ff3b034c: 72bfff82 movk w2, #0xfffc, lsl #16
ff3b0350: 52860803 mov w3, #0x3040 // #12352
ff3b0354: b9400001 ldr w1, [x0]
ff3b0358: 12177821 and w1, w1, #0xfffffeff
ff3b035c: b9000001 str w1, [x0]
ff3b0360: 5155fca1 sub w1, w5, #0x57f, lsl #12
ff3b0364: b94000e0 ldr w0, [x7]
ff3b0368: 51187021 sub w1, w1, #0x61c
ff3b036c: 120e7400 and w0, w0, #0xfffcffff
ff3b0370: 320f0000 orr w0, w0, #0x20000
ff3b0374: b90000e0 str w0, [x7]
ff3b0378: b9400020 ldr w0, [x1]
ff3b037c: 0a020000 and w0, w0, w2
ff3b0380: 2a0a4000 orr w0, w0, w10, lsl #16
ff3b0384: 32180000 orr w0, w0, #0x100
ff3b0388: b9000020 str w0, [x1]
ff3b038c: 5155fca1 sub w1, w5, #0x57f, lsl #12
ff3b0390: 51152021 sub w1, w1, #0x548
ff3b0394: b9400020 ldr w0, [x1]
ff3b0398: 53087c02 lsr w2, w0, #8
ff3b039c: 0a402060 and w0, w3, w0, lsr #8
ff3b03a0: 71400c1f cmp w0, #0x3, lsl #12
ff3b03a4: 540013c0 b.eq ff3b061c <data_training.constprop.0+0x510> // b.none
ff3b03a8: 3637ff62 tbz w2, #6, ff3b0394 <data_training.constprop.0+0x288>
ff3b03ac: 1400000a b ff3b03d4 <data_training.constprop.0+0x2c8>
ff3b03b0: 7100057f cmp w11, #0x1
ff3b03b4: 52800069 mov w9, #0x3 // #3
ff3b03b8: 1a9f1529 csinc w9, w9, wzr, ne // ne = any
ff3b03bc: 17ffff65 b ff3b0150 <data_training.constprop.0+0x44>
ff3b03c0: 528000ea mov w10, #0x7 // #7
ff3b03c4: 17ffff71 b ff3b0188 <data_training.constprop.0+0x7c>
ff3b03c8: 121b0021 and w1, w1, #0x20
ff3b03cc: 2a000020 orr w0, w1, w0
ff3b03d0: 34fff1c0 cbz w0, ff3b0208 <data_training.constprop.0+0xfc>
ff3b03d4: 12800000 mov w0, #0xffffffff // #-1
ff3b03d8: a94153f3 ldp x19, x20, [sp, #16]
ff3b03dc: a8c27bfd ldp x29, x30, [sp], #32
ff3b03e0: d65f03c0 ret
ff3b03e4: 528003ca mov w10, #0x1e // #30
ff3b03e8: 17ffff9e b ff3b0260 <data_training.constprop.0+0x154>
ff3b03ec: 528001ca mov w10, #0xe // #14
ff3b03f0: 17ffff9c b ff3b0260 <data_training.constprop.0+0x154>
ff3b03f4: 2a0c03e1 mov w1, w12
ff3b03f8: 2a0603e0 mov w0, w6
ff3b03fc: 97ffff30 bl ff3b00bc <select_per_cs_training_index>
ff3b0400: 5155f4af sub w15, w5, #0x57d, lsl #12
ff3b0404: b94000e0 ldr w0, [x7]
ff3b0408: 5155fca1 sub w1, w5, #0x57f, lsl #12
ff3b040c: 511c5021 sub w1, w1, #0x714
ff3b0410: 529fdfe2 mov w2, #0xfeff // #65279
ff3b0414: 12167400 and w0, w0, #0xfffffcff
ff3b0418: 5155fca3 sub w3, w5, #0x57f, lsl #12
ff3b041c: 32170000 orr w0, w0, #0x200
ff3b0420: b90000e0 str w0, [x7]
ff3b0424: 5155f4b0 sub w16, w5, #0x57d, lsl #12
ff3b0428: 72bfff82 movk w2, #0xfffc, lsl #16
ff3b042c: b9400020 ldr w0, [x1]
ff3b0430: 51152063 sub w3, w3, #0x548
ff3b0434: 0b0e00a4 add w4, w5, w14
ff3b0438: 512d81ef sub w15, w15, #0xb60
ff3b043c: 0a020000 and w0, w0, w2
ff3b0440: 51258210 sub w16, w16, #0x960
ff3b0444: 2a0c4000 orr w0, w0, w12, lsl #16
ff3b0448: 52848212 mov w18, #0x2410 // #9232
ff3b044c: 32180000 orr w0, w0, #0x100
ff3b0450: 52848013 mov w19, #0x2400 // #9216
ff3b0454: b9000020 str w0, [x1]
ff3b0458: b9400062 ldr w2, [x3]
ff3b045c: b9400080 ldr w0, [x4]
ff3b0460: b94001be ldr w30, [x13]
ff3b0464: b94001f1 ldr w17, [x15]
ff3b0468: 53087c41 lsr w1, w2, #8
ff3b046c: b9400214 ldr w20, [x16]
ff3b0470: 2a1e0000 orr w0, w0, w30
ff3b0474: 0a422242 and w2, w18, w2, lsr #8
ff3b0478: 2a140231 orr w17, w17, w20
ff3b047c: 2a110000 orr w0, w0, w17
ff3b0480: 12140000 and w0, w0, #0x1000
ff3b0484: 6b13005f cmp w2, w19
ff3b0488: 54000101 b.ne ff3b04a8 <data_training.constprop.0+0x39c> // b.any
ff3b048c: 35fffa40 cbnz w0, ff3b03d4 <data_training.constprop.0+0x2c8>
ff3b0490: 5155fca0 sub w0, w5, #0x57f, lsl #12
ff3b0494: 5287ef81 mov w1, #0x3f7c // #16252
ff3b0498: 51151000 sub w0, w0, #0x544
ff3b049c: 1100058c add w12, w12, #0x1
ff3b04a0: b9000001 str w1, [x0]
ff3b04a4: 17ffff76 b ff3b027c <data_training.constprop.0+0x170>
ff3b04a8: 121c0021 and w1, w1, #0x10
ff3b04ac: 2a000020 orr w0, w1, w0
ff3b04b0: 34fffd40 cbz w0, ff3b0458 <data_training.constprop.0+0x34c>
ff3b04b4: 17ffffc8 b ff3b03d4 <data_training.constprop.0+0x2c8>
ff3b04b8: 2a0c03e1 mov w1, w12
ff3b04bc: 2a0603e0 mov w0, w6
ff3b04c0: 97fffeff bl ff3b00bc <select_per_cs_training_index>
ff3b04c4: 5155f4af sub w15, w5, #0x57d, lsl #12
ff3b04c8: b94000e0 ldr w0, [x7]
ff3b04cc: 5155fca1 sub w1, w5, #0x57f, lsl #12
ff3b04d0: 511b6021 sub w1, w1, #0x6d8
ff3b04d4: 5155fca3 sub w3, w5, #0x57f, lsl #12
ff3b04d8: 12067400 and w0, w0, #0xfcffffff
ff3b04dc: 5155f4b0 sub w16, w5, #0x57d, lsl #12
ff3b04e0: 32070000 orr w0, w0, #0x2000000
ff3b04e4: b90000e0 str w0, [x7]
ff3b04e8: 12a06022 mov w2, #0xfcfeffff // #-50397185
ff3b04ec: 51152063 sub w3, w3, #0x548
ff3b04f0: b9400020 ldr w0, [x1]
ff3b04f4: 0b0e00a4 add w4, w5, w14
ff3b04f8: 512d51ef sub w15, w15, #0xb54
ff3b04fc: 51255210 sub w16, w16, #0x954
ff3b0500: 0a020000 and w0, w0, w2
ff3b0504: 52844112 mov w18, #0x2208 // #8712
ff3b0508: 2a0c6000 orr w0, w0, w12, lsl #24
ff3b050c: 5284401e mov w30, #0x2200 // #8704
ff3b0510: 32100000 orr w0, w0, #0x10000
ff3b0514: b9000020 str w0, [x1]
ff3b0518: b9400062 ldr w2, [x3]
ff3b051c: b9400080 ldr w0, [x4]
ff3b0520: b94001b4 ldr w20, [x13]
ff3b0524: b94001f1 ldr w17, [x15]
ff3b0528: 53087c41 lsr w1, w2, #8
ff3b052c: b9400213 ldr w19, [x16]
ff3b0530: 2a140000 orr w0, w0, w20
ff3b0534: 0a422242 and w2, w18, w2, lsr #8
ff3b0538: 2a130231 orr w17, w17, w19
ff3b053c: 2a110000 orr w0, w0, w17
ff3b0540: 120a0400 and w0, w0, #0xc00000
ff3b0544: 6b1e005f cmp w2, w30
ff3b0548: 54000101 b.ne ff3b0568 <data_training.constprop.0+0x45c> // b.any
ff3b054c: 35fff440 cbnz w0, ff3b03d4 <data_training.constprop.0+0x2c8>
ff3b0550: 5155fca0 sub w0, w5, #0x57f, lsl #12
ff3b0554: 5287ef81 mov w1, #0x3f7c // #16252
ff3b0558: 51151000 sub w0, w0, #0x544
ff3b055c: 1100058c add w12, w12, #0x1
ff3b0560: b9000001 str w1, [x0]
ff3b0564: 17ffff66 b ff3b02fc <data_training.constprop.0+0x1f0>
ff3b0568: 121d0021 and w1, w1, #0x8
ff3b056c: 2a000020 orr w0, w1, w0
ff3b0570: 34fffd40 cbz w0, ff3b0518 <data_training.constprop.0+0x40c>
ff3b0574: 17ffff98 b ff3b03d4 <data_training.constprop.0+0x2c8>
ff3b0578: 2a0c03e1 mov w1, w12
ff3b057c: 2a0603e0 mov w0, w6
ff3b0580: 97fffecf bl ff3b00bc <select_per_cs_training_index>
ff3b0584: b94000e0 ldr w0, [x7]
ff3b0588: 529fdfe1 mov w1, #0xfeff // #65279
ff3b058c: 72bf9fe1 movk w1, #0xfcff, lsl #16
ff3b0590: 2a0e03e2 mov w2, w14
ff3b0594: 120e7400 and w0, w0, #0xfffcffff
ff3b0598: 52842083 mov w3, #0x2104 // #8452
ff3b059c: 320f0000 orr w0, w0, #0x20000
ff3b05a0: b90000e0 str w0, [x7]
ff3b05a4: 52842004 mov w4, #0x2100 // #8448
ff3b05a8: b94001a0 ldr w0, [x13]
ff3b05ac: 0a010000 and w0, w0, w1
ff3b05b0: 2a0c6000 orr w0, w0, w12, lsl #24
ff3b05b4: 32180000 orr w0, w0, #0x100
ff3b05b8: b90001a0 str w0, [x13]
ff3b05bc: b9400040 ldr w0, [x2]
ff3b05c0: 53087c01 lsr w1, w0, #8
ff3b05c4: 0a402060 and w0, w3, w0, lsr #8
ff3b05c8: 6b04001f cmp w0, w4
ff3b05cc: 54000060 b.eq ff3b05d8 <data_training.constprop.0+0x4cc> // b.none
ff3b05d0: 3617ff61 tbz w1, #2, ff3b05bc <data_training.constprop.0+0x4b0>
ff3b05d4: 17ffff80 b ff3b03d4 <data_training.constprop.0+0x2c8>
ff3b05d8: 5155fca0 sub w0, w5, #0x57f, lsl #12
ff3b05dc: 1100058c add w12, w12, #0x1
ff3b05e0: 51151000 sub w0, w0, #0x544
ff3b05e4: 5287ef81 mov w1, #0x3f7c // #16252
ff3b05e8: b9000001 str w1, [x0]
ff3b05ec: 6b0c017f cmp w11, w12
ff3b05f0: 54fffc48 b.hi ff3b0578 <data_training.constprop.0+0x46c> // b.pmore
ff3b05f4: b94000e0 ldr w0, [x7]
ff3b05f8: 120e7400 and w0, w0, #0xfffcffff
ff3b05fc: b90000e0 str w0, [x7]
ff3b0600: 17ffff45 b ff3b0314 <data_training.constprop.0+0x208>
ff3b0604: 5155fcad sub w13, w5, #0x57f, lsl #12
ff3b0608: 5155fcae sub w14, w5, #0x57f, lsl #12
ff3b060c: 511b61ad sub w13, w13, #0x6d8
ff3b0610: 511521ce sub w14, w14, #0x548
ff3b0614: 5280000c mov w12, #0x0 // #0
ff3b0618: 17fffff5 b ff3b05ec <data_training.constprop.0+0x4e0>
ff3b061c: 5155fca0 sub w0, w5, #0x57f, lsl #12
ff3b0620: 5287ef81 mov w1, #0x3f7c // #16252
ff3b0624: 51151000 sub w0, w0, #0x544
ff3b0628: b9000001 str w1, [x0]
ff3b062c: 1100054a add w10, w10, #0x1
ff3b0630: 7100115f cmp w10, #0x4
ff3b0634: 54ffe7a1 b.ne ff3b0328 <data_training.constprop.0+0x21c> // b.any
ff3b0638: b94000e0 ldr w0, [x7]
ff3b063c: 120e7400 and w0, w0, #0xfffcffff
ff3b0640: b90000e0 str w0, [x7]
ff3b0644: b9400100 ldr w0, [x8]
ff3b0648: 12097800 and w0, w0, #0xffbfffff
ff3b064c: b9000100 str w0, [x8]
ff3b0650: 52800000 mov w0, #0x0 // #0
ff3b0654: 17ffff61 b ff3b03d8 <data_training.constprop.0+0x2cc>
00000000ff3b0658 <phy_dll_bypass_set>:
ff3b0658: 52859182 mov w2, #0x2c8c // #11404
ff3b065c: 72bff502 movk w2, #0xffa8, lsl #16
ff3b0660: 0b003c43 add w3, w2, w0, lsl #15
ff3b0664: 51080042 sub w2, w2, #0x200
ff3b0668: 51080044 sub w4, w2, #0x200
ff3b066c: 510cd045 sub w5, w2, #0x334
ff3b0670: 0b003c48 add w8, w2, w0, lsl #15
ff3b0674: 5114d046 sub w6, w2, #0x534
ff3b0678: 511cd047 sub w7, w2, #0x734
ff3b067c: 5124d042 sub w2, w2, #0x934
ff3b0680: 0b003c84 add w4, w4, w0, lsl #15
ff3b0684: 0b003ca5 add w5, w5, w0, lsl #15
ff3b0688: 0b003cc6 add w6, w6, w0, lsl #15
ff3b068c: 0b003ce7 add w7, w7, w0, lsl #15
ff3b0690: 0b003c40 add w0, w2, w0, lsl #15
ff3b0694: 528b2802 mov w2, #0x5940 // #22848
ff3b0698: 72a0ee62 movk w2, #0x773, lsl #16
ff3b069c: 6b02003f cmp w1, w2
ff3b06a0: b9400001 ldr w1, [x0]
ff3b06a4: 540002c8 b.hi ff3b06fc <phy_dll_bypass_set+0xa4> // b.pmore
ff3b06a8: 32160421 orr w1, w1, #0xc00
ff3b06ac: b9000001 str w1, [x0]
ff3b06b0: b94000e0 ldr w0, [x7]
ff3b06b4: 32160400 orr w0, w0, #0xc00
ff3b06b8: b90000e0 str w0, [x7]
ff3b06bc: b94000c0 ldr w0, [x6]
ff3b06c0: 32160400 orr w0, w0, #0xc00
ff3b06c4: b90000c0 str w0, [x6]
ff3b06c8: b94000a0 ldr w0, [x5]
ff3b06cc: 32160400 orr w0, w0, #0xc00
ff3b06d0: b90000a0 str w0, [x5]
ff3b06d4: b9400080 ldr w0, [x4]
ff3b06d8: 320e0400 orr w0, w0, #0xc0000
ff3b06dc: b9000080 str w0, [x4]
ff3b06e0: b9400100 ldr w0, [x8]
ff3b06e4: 320e0400 orr w0, w0, #0xc0000
ff3b06e8: b9000100 str w0, [x8]
ff3b06ec: b9400060 ldr w0, [x3]
ff3b06f0: 320e0400 orr w0, w0, #0xc0000
ff3b06f4: b9000060 str w0, [x3]
ff3b06f8: d65f03c0 ret
ff3b06fc: 12147421 and w1, w1, #0xfffff3ff
ff3b0700: b9000001 str w1, [x0]
ff3b0704: b94000e0 ldr w0, [x7]
ff3b0708: 12147400 and w0, w0, #0xfffff3ff
ff3b070c: b90000e0 str w0, [x7]
ff3b0710: b94000c0 ldr w0, [x6]
ff3b0714: 12147400 and w0, w0, #0xfffff3ff
ff3b0718: b90000c0 str w0, [x6]
ff3b071c: b94000a0 ldr w0, [x5]
ff3b0720: 12147400 and w0, w0, #0xfffff3ff
ff3b0724: b90000a0 str w0, [x5]
ff3b0728: b9400080 ldr w0, [x4]
ff3b072c: 120c7400 and w0, w0, #0xfff3ffff
ff3b0730: b9000080 str w0, [x4]
ff3b0734: b9400100 ldr w0, [x8]
ff3b0738: 120c7400 and w0, w0, #0xfff3ffff
ff3b073c: b9000100 str w0, [x8]
ff3b0740: b9400060 ldr w0, [x3]
ff3b0744: 120c7400 and w0, w0, #0xfff3ffff
ff3b0748: 17ffffeb b ff3b06f4 <phy_dll_bypass_set+0x9c>
00000000ff3b074c <dmc_resume>:
ff3b074c: a9b97bfd stp x29, x30, [sp, #-112]!
ff3b0750: d0000000 adrp x0, ff3b2000 <rk3399m0pmu_bin>
ff3b0754: 910003fd mov x29, sp
ff3b0758: 397d3000 ldrb w0, [x0, #3916]
ff3b075c: a90153f3 stp x19, x20, [sp, #16]
ff3b0760: a9025bf5 stp x21, x22, [sp, #32]
ff3b0764: a90363f7 stp x23, x24, [sp, #48]
ff3b0768: a9046bf9 stp x25, x26, [sp, #64]
ff3b076c: a90573fb stp x27, x28, [sp, #80]
ff3b0770: 360002a0 tbz w0, #0, ff3b07c4 <dmc_resume+0x78>
ff3b0774: d280a200 mov x0, #0x510 // #1296
ff3b0778: 52800041 mov w1, #0x2 // #2
ff3b077c: f2bfeec0 movk x0, #0xff76, lsl #16
ff3b0780: b9000001 str w1, [x0]
ff3b0784: d2900080 mov x0, #0x8004 // #32772
ff3b0788: f2bff080 movk x0, #0xff84, lsl #16
ff3b078c: 52800121 mov w1, #0x9 // #9
ff3b0790: b9000001 str w1, [x0]
ff3b0794: b85fc001 ldur w1, [x0, #-4]
ff3b0798: 32000021 orr w1, w1, #0x1
ff3b079c: b81fc001 stur w1, [x0, #-4]
ff3b07a0: 52800ec1 mov w1, #0x76 // #118
ff3b07a4: b9000801 str w1, [x0, #8]
ff3b07a8: 940001b1 bl ff3b0e6c <secure_watchdog_ungate>
ff3b07ac: d2800b81 mov x1, #0x5c // #92
ff3b07b0: 12800282 mov w2, #0xffffffeb // #-21
ff3b07b4: f2bfe621 movk x1, #0xff31, lsl #16
ff3b07b8: b9400020 ldr w0, [x1]
ff3b07bc: 0a020000 and w0, w0, w2
ff3b07c0: b9000020 str w0, [x1]
ff3b07c4: 940001ba bl ff3b0eac <pmu_sgrf_rst_hld_release>
ff3b07c8: 940001be bl ff3b0ec0 <restore_pmu_rsthold>
ff3b07cc: 940001ad bl ff3b0e80 <sram_secure_timer_init>
ff3b07d0: d0000000 adrp x0, ff3b2000 <rk3399m0pmu_bin>
ff3b07d4: d2802302 mov x2, #0x118 // #280
ff3b07d8: f2bfeec2 movk x2, #0xff76, lsl #16
ff3b07dc: d0000003 adrp x3, ff3b2000 <rk3399m0pmu_bin>
ff3b07e0: b94f3001 ldr w1, [x0, #3888]
ff3b07e4: aa0203e0 mov x0, x2
ff3b07e8: 32103c21 orr w1, w1, #0xffff0000
ff3b07ec: b8134401 str w1, [x0], #-204
ff3b07f0: 52a06001 mov w1, #0x3000000 // #50331648
ff3b07f4: b8134041 stur w1, [x2, #-204]
ff3b07f8: 913cd061 add x1, x3, #0xf34
ff3b07fc: d1001000 sub x0, x0, #0x4
ff3b0800: b94f3463 ldr w3, [x3, #3892]
ff3b0804: 32103c63 orr w3, w3, #0xffff0000
ff3b0808: b81f8003 stur w3, [x0, #-8]
ff3b080c: b9400423 ldr w3, [x1, #4]
ff3b0810: 32103c63 orr w3, w3, #0xffff0000
ff3b0814: b81fc003 stur w3, [x0, #-4]
ff3b0818: b9400823 ldr w3, [x1, #8]
ff3b081c: b9000003 str w3, [x0]
ff3b0820: b9401023 ldr w3, [x1, #16]
ff3b0824: 32103c63 orr w3, w3, #0xffff0000
ff3b0828: b9000803 str w3, [x0, #8]
ff3b082c: b9401423 ldr w3, [x1, #20]
ff3b0830: 32103c63 orr w3, w3, #0xffff0000
ff3b0834: b9000c03 str w3, [x0, #12]
ff3b0838: b9400c21 ldr w1, [x1, #12]
ff3b083c: 32103c21 orr w1, w1, #0xffff0000
ff3b0840: b8134041 stur w1, [x2, #-204]
ff3b0844: b9400001 ldr w1, [x0]
ff3b0848: 36ffffe1 tbz w1, #31, ff3b0844 <dmc_resume+0xf8>
ff3b084c: d2800800 mov x0, #0x40 // #64
ff3b0850: d2802215 mov x21, #0x110 // #272
ff3b0854: f2bfe660 movk x0, #0xff33, lsl #16
ff3b0858: 52984001 mov w1, #0xc200 // #49664
ff3b085c: d0000016 adrp x22, ff3b2000 <rk3399m0pmu_bin>
ff3b0860: f2bff515 movk x21, #0xffa8, lsl #16
ff3b0864: 910902d3 add x19, x22, #0x240
ff3b0868: 914022b7 add x23, x21, #0x8, lsl #12
ff3b086c: 72b84001 movk w1, #0xc200, lsl #16
ff3b0870: 52800014 mov w20, #0x0 // #0
ff3b0874: b9000001 str w1, [x0]
ff3b0878: 52850009 mov w9, #0x2800 // #10240
ff3b087c: d000000b adrp x11, ff3b2000 <rk3399m0pmu_bin>
ff3b0880: 910a516b add x11, x11, #0x294
ff3b0884: 72bff509 movk w9, #0xffa8, lsl #16
ff3b0888: 5280000a mov w10, #0x0 // #0
ff3b088c: 39413660 ldrb w0, [x19, #77]
ff3b0890: 6b0a001f cmp w0, w10
ff3b0894: 540004e8 b.hi ff3b0930 <dmc_resume+0x1e4> // b.pmore
ff3b0898: 39400660 ldrb w0, [x19, #1]
ff3b089c: 34000040 cbz w0, ff3b08a4 <dmc_resume+0x158>
ff3b08a0: 32000294 orr w20, w20, #0x1
ff3b08a4: 39409660 ldrb w0, [x19, #37]
ff3b08a8: 34000040 cbz w0, ff3b08b0 <dmc_resume+0x164>
ff3b08ac: 321f0294 orr w20, w20, #0x2
ff3b08b0: b94002a0 ldr w0, [x21]
ff3b08b4: 12000281 and w1, w20, #0x1
ff3b08b8: 32100000 orr w0, w0, #0x10000
ff3b08bc: b90002a0 str w0, [x21]
ff3b08c0: b94002e0 ldr w0, [x23]
ff3b08c4: 32100000 orr w0, w0, #0x10000
ff3b08c8: b90002e0 str w0, [x23]
ff3b08cc: 360000d4 tbz w20, #0, ff3b08e4 <dmc_resume+0x198>
ff3b08d0: d2800402 mov x2, #0x20 // #32
ff3b08d4: f2bfe622 movk x2, #0xff31, lsl #16
ff3b08d8: b9400040 ldr w0, [x2]
ff3b08dc: 320d0000 orr w0, w0, #0x80000
ff3b08e0: b9000040 str w0, [x2]
ff3b08e4: 121f0285 and w5, w20, #0x2
ff3b08e8: 36081374 tbz w20, #1, ff3b0b54 <dmc_resume+0x408>
ff3b08ec: d2800402 mov x2, #0x20 // #32
ff3b08f0: f2bfe622 movk x2, #0xff31, lsl #16
ff3b08f4: b9400040 ldr w0, [x2]
ff3b08f8: 32090000 orr w0, w0, #0x800000
ff3b08fc: b9000040 str w0, [x2]
ff3b0900: 35000ea1 cbnz w1, ff3b0ad4 <dmc_resume+0x388>
ff3b0904: d295de82 mov x2, #0xaef4 // #44788
ff3b0908: f2bff502 movk x2, #0xffa8, lsl #16
ff3b090c: b9400040 ldr w0, [x2]
ff3b0910: 12067400 and w0, w0, #0xfcffffff
ff3b0914: 32070000 orr w0, w0, #0x2000000
ff3b0918: b9000040 str w0, [x2]
ff3b091c: 35000ea1 cbnz w1, ff3b0af0 <dmc_resume+0x3a4>
ff3b0920: d2906585 mov x5, #0x832c // #33580
ff3b0924: 52800cc4 mov w4, #0x66 // #102
ff3b0928: f2bff505 movk x5, #0xffa8, lsl #16
ff3b092c: 1400010d b ff3b0d60 <dmc_resume+0x614>
ff3b0930: 52800022 mov w2, #0x1 // #1
ff3b0934: 2a0203e1 mov w1, w2
ff3b0938: 2a0a03e0 mov w0, w10
ff3b093c: 97fffdcf bl ff3b0078 <rkclk_ddr_reset>
ff3b0940: 52800140 mov w0, #0xa // #10
ff3b0944: 97fffdc0 bl ff3b0044 <sram_udelay>
ff3b0948: 52800002 mov w2, #0x0 // #0
ff3b094c: 52800021 mov w1, #0x1 // #1
ff3b0950: 2a0a03e0 mov w0, w10
ff3b0954: 97fffdc9 bl ff3b0078 <rkclk_ddr_reset>
ff3b0958: 52800140 mov w0, #0xa // #10
ff3b095c: 97fffdba bl ff3b0044 <sram_udelay>
ff3b0960: 52800002 mov w2, #0x0 // #0
ff3b0964: 52800001 mov w1, #0x0 // #0
ff3b0968: 2a0a03e0 mov w0, w10
ff3b096c: 97fffdc3 bl ff3b0078 <rkclk_ddr_reset>
ff3b0970: 52800140 mov w0, #0xa // #10
ff3b0974: 97fffdb4 bl ff3b0044 <sram_udelay>
ff3b0978: 39413260 ldrb w0, [x19, #76]
ff3b097c: 71001c1f cmp w0, #0x7
ff3b0980: 54000081 b.ne ff3b0990 <dmc_resume+0x244> // b.any
ff3b0984: b9404a61 ldr w1, [x19, #72]
ff3b0988: 2a0a03e0 mov w0, w10
ff3b098c: 97ffff33 bl ff3b0658 <phy_dll_bypass_set>
ff3b0990: aa0b03e1 mov x1, x11
ff3b0994: 52802962 mov w2, #0x14b // #331
ff3b0998: 1284ff60 mov w0, #0xffffd804 // #-10236
ff3b099c: 0b000120 add w0, w9, w0
ff3b09a0: 97fffda0 bl ff3b0020 <sram_regcpy>
ff3b09a4: 51400924 sub w4, w9, #0x2, lsl #12
ff3b09a8: 1284ffe1 mov w1, #0xffffd800 // #-10240
ff3b09ac: 0b010125 add w5, w9, w1
ff3b09b0: b9405260 ldr w0, [x19, #80]
ff3b09b4: 52801902 mov w2, #0xc8 // #200
ff3b09b8: d0000001 adrp x1, ff3b2000 <rk3399m0pmu_bin>
ff3b09bc: 911f0021 add x1, x1, #0x7c0
ff3b09c0: b90000a0 str w0, [x5]
ff3b09c4: aa0403e0 mov x0, x4
ff3b09c8: 97fffd96 bl ff3b0020 <sram_regcpy>
ff3b09cc: 1118e120 add w0, w9, #0x638
ff3b09d0: 52800062 mov w2, #0x3 // #3
ff3b09d4: d0000001 adrp x1, ff3b2000 <rk3399m0pmu_bin>
ff3b09d8: 91393021 add x1, x1, #0xe4c
ff3b09dc: 97fffd91 bl ff3b0020 <sram_regcpy>
ff3b09e0: 1284dde2 mov w2, #0xffffd910 // #-9968
ff3b09e4: 0b020121 add w1, w9, w2
ff3b09e8: b9400020 ldr w0, [x1]
ff3b09ec: 32100000 orr w0, w0, #0x10000
ff3b09f0: b9000020 str w0, [x1]
ff3b09f4: 111bd121 add w1, w9, #0x6f4
ff3b09f8: b9400020 ldr w0, [x1]
ff3b09fc: 12067400 and w0, w0, #0xfcffffff
ff3b0a00: 32080000 orr w0, w0, #0x1000000
ff3b0a04: b9000020 str w0, [x1]
ff3b0a08: d5033ebf dmb st
ff3b0a0c: b9400080 ldr w0, [x4]
ff3b0a10: 11198122 add w2, w9, #0x660
ff3b0a14: 11199123 add w3, w9, #0x664
ff3b0a18: 1118f121 add w1, w9, #0x63c
ff3b0a1c: 32000000 orr w0, w0, #0x1
ff3b0a20: b9000080 str w0, [x4]
ff3b0a24: 1119a124 add w4, w9, #0x668
ff3b0a28: b94000a0 ldr w0, [x5]
ff3b0a2c: 32000000 orr w0, w0, #0x1
ff3b0a30: b90000a0 str w0, [x5]
ff3b0a34: 320083e5 mov w5, #0x10001 // #65537
ff3b0a38: b9400047 ldr w7, [x2]
ff3b0a3c: b9400060 ldr w0, [x3]
ff3b0a40: b9400086 ldr w6, [x4]
ff3b0a44: 368000a7 tbz w7, #16, ff3b0a58 <dmc_resume+0x30c>
ff3b0a48: 12008000 and w0, w0, #0x10001
ff3b0a4c: 6b05001f cmp w0, w5
ff3b0a50: 54000041 b.ne ff3b0a58 <dmc_resume+0x30c> // b.any
ff3b0a54: 37000066 tbnz w6, #0, ff3b0a60 <dmc_resume+0x314>
ff3b0a58: b9400020 ldr w0, [x1]
ff3b0a5c: 3607fee0 tbz w0, #0, ff3b0a38 <dmc_resume+0x2ec>
ff3b0a60: d0000005 adrp x5, ff3b2000 <rk3399m0pmu_bin>
ff3b0a64: 11180126 add w6, w9, #0x600
ff3b0a68: 51200124 sub w4, w9, #0x800
ff3b0a6c: 912b80a5 add x5, x5, #0xae0
ff3b0a70: 11180120 add w0, w9, #0x600
ff3b0a74: 528007e2 mov w2, #0x3f // #63
ff3b0a78: d0000001 adrp x1, ff3b2000 <rk3399m0pmu_bin>
ff3b0a7c: 91385021 add x1, x1, #0xe14
ff3b0a80: 97fffd68 bl ff3b0020 <sram_regcpy>
ff3b0a84: 2a0403e0 mov w0, w4
ff3b0a88: aa0503e1 mov x1, x5
ff3b0a8c: 52800b62 mov w2, #0x5b // #91
ff3b0a90: 11080084 add w4, w4, #0x200
ff3b0a94: 97fffd63 bl ff3b0020 <sram_regcpy>
ff3b0a98: 6b04013f cmp w9, w4
ff3b0a9c: 54ffff41 b.ne ff3b0a84 <dmc_resume+0x338> // b.any
ff3b0aa0: d0000005 adrp x5, ff3b2000 <rk3399m0pmu_bin>
ff3b0aa4: 913130a5 add x5, x5, #0xc4c
ff3b0aa8: aa0503e1 mov x1, x5
ff3b0aac: 2a0403e0 mov w0, w4
ff3b0ab0: 528004c2 mov w2, #0x26 // #38
ff3b0ab4: 11080084 add w4, w4, #0x200
ff3b0ab8: 97fffd5a bl ff3b0020 <sram_regcpy>
ff3b0abc: 910260a5 add x5, x5, #0x98
ff3b0ac0: 6b0400df cmp w6, w4
ff3b0ac4: 54ffff21 b.ne ff3b0aa8 <dmc_resume+0x35c> // b.any
ff3b0ac8: 1100054a add w10, w10, #0x1
ff3b0acc: 11402129 add w9, w9, #0x8, lsl #12
ff3b0ad0: 17ffff6f b ff3b088c <dmc_resume+0x140>
ff3b0ad4: d285de82 mov x2, #0x2ef4 // #12020
ff3b0ad8: f2bff502 movk x2, #0xffa8, lsl #16
ff3b0adc: b9400040 ldr w0, [x2]
ff3b0ae0: 12067400 and w0, w0, #0xfcffffff
ff3b0ae4: 32070000 orr w0, w0, #0x2000000
ff3b0ae8: b9000040 str w0, [x2]
ff3b0aec: 35fff0c5 cbnz w5, ff3b0904 <dmc_resume+0x1b8>
ff3b0af0: d2806586 mov x6, #0x32c // #812
ff3b0af4: 52800cc4 mov w4, #0x66 // #102
ff3b0af8: f2bff506 movk x6, #0xffa8, lsl #16
ff3b0afc: b94000c0 ldr w0, [x6]
ff3b0b00: 361811e0 tbz w0, #3, ff3b0d3c <dmc_resume+0x5f0>
ff3b0b04: d2802201 mov x1, #0x110 // #272
ff3b0b08: d0000002 adrp x2, ff3b2000 <rk3399m0pmu_bin>
ff3b0b0c: f2bff501 movk x1, #0xffa8, lsl #16
ff3b0b10: 913c4042 add x2, x2, #0xf10
ff3b0b14: b9400020 ldr w0, [x1]
ff3b0b18: 120f7800 and w0, w0, #0xfffeffff
ff3b0b1c: b9000020 str w0, [x1]
ff3b0b20: d2841c80 mov x0, #0x20e4 // #8420
ff3b0b24: f2bff500 movk x0, #0xffa8, lsl #16
ff3b0b28: 91200003 add x3, x0, #0x800
ff3b0b2c: b9400001 ldr w1, [x0]
ff3b0b30: b8404444 ldr w4, [x2], #4
ff3b0b34: 12044c21 and w1, w1, #0xf000ffff
ff3b0b38: 2a040021 orr w1, w1, w4
ff3b0b3c: b9000001 str w1, [x0]
ff3b0b40: 91080000 add x0, x0, #0x200
ff3b0b44: eb03001f cmp x0, x3
ff3b0b48: 54ffff21 b.ne ff3b0b2c <dmc_resume+0x3e0> // b.any
ff3b0b4c: 35ffeea5 cbnz w5, ff3b0920 <dmc_resume+0x1d4>
ff3b0b50: 14000002 b ff3b0b58 <dmc_resume+0x40c>
ff3b0b54: 35fffc01 cbnz w1, ff3b0ad4 <dmc_resume+0x388>
ff3b0b58: d288011c mov x28, #0x4008 // #16392
ff3b0b5c: aa1303fa mov x26, x19
ff3b0b60: f2bff51c movk x28, #0xffa8, lsl #16
ff3b0b64: 5280001b mov w27, #0x0 // #0
ff3b0b68: 52800038 mov w24, #0x1 // #1
ff3b0b6c: 52800079 mov w25, #0x3 // #3
ff3b0b70: 39413662 ldrb w2, [x19, #77]
ff3b0b74: 6b1b005f cmp w2, w27
ff3b0b78: 540011e8 b.hi ff3b0db4 <dmc_resume+0x668> // b.pmore
ff3b0b7c: 39400660 ldrb w0, [x19, #1]
ff3b0b80: 340002c0 cbz w0, ff3b0bd8 <dmc_resume+0x48c>
ff3b0b84: d2880201 mov x1, #0x4010 // #16400
ff3b0b88: b9400e63 ldr w3, [x19, #12]
ff3b0b8c: f2bff501 movk x1, #0xffa8, lsl #16
ff3b0b90: aa0103e0 mov x0, x1
ff3b0b94: b8004403 str w3, [x0], #4
ff3b0b98: b9401263 ldr w3, [x19, #16]
ff3b0b9c: b9000423 str w3, [x1, #4]
ff3b0ba0: b9401661 ldr w1, [x19, #20]
ff3b0ba4: b9000401 str w1, [x0, #4]
ff3b0ba8: b9401a61 ldr w1, [x19, #24]
ff3b0bac: b9000801 str w1, [x0, #8]
ff3b0bb0: b9401e61 ldr w1, [x19, #28]
ff3b0bb4: b900fc01 str w1, [x0, #252]
ff3b0bb8: 394902c0 ldrb w0, [x22, #576]
ff3b0bbc: 7100041f cmp w0, #0x1
ff3b0bc0: 540000c1 b.ne ff3b0bd8 <dmc_resume+0x48c> // b.any
ff3b0bc4: d2808a01 mov x1, #0x450 // #1104
ff3b0bc8: f2bff501 movk x1, #0xffa8, lsl #16
ff3b0bcc: b9400020 ldr w0, [x1]
ff3b0bd0: 320f0000 orr w0, w0, #0x20000
ff3b0bd4: b9000020 str w0, [x1]
ff3b0bd8: 39409660 ldrb w0, [x19, #37]
ff3b0bdc: 340002c0 cbz w0, ff3b0c34 <dmc_resume+0x4e8>
ff3b0be0: d2980201 mov x1, #0xc010 // #49168
ff3b0be4: b9403263 ldr w3, [x19, #48]
ff3b0be8: f2bff501 movk x1, #0xffa8, lsl #16
ff3b0bec: aa0103e0 mov x0, x1
ff3b0bf0: b8004403 str w3, [x0], #4
ff3b0bf4: b9403663 ldr w3, [x19, #52]
ff3b0bf8: b9000423 str w3, [x1, #4]
ff3b0bfc: b9403a61 ldr w1, [x19, #56]
ff3b0c00: b9000401 str w1, [x0, #4]
ff3b0c04: b9403e61 ldr w1, [x19, #60]
ff3b0c08: b9000801 str w1, [x0, #8]
ff3b0c0c: b9404261 ldr w1, [x19, #64]
ff3b0c10: b900fc01 str w1, [x0, #252]
ff3b0c14: 39409260 ldrb w0, [x19, #36]
ff3b0c18: 7100041f cmp w0, #0x1
ff3b0c1c: 540000c1 b.ne ff3b0c34 <dmc_resume+0x4e8> // b.any
ff3b0c20: d2908a01 mov x1, #0x8450 // #33872
ff3b0c24: f2bff501 movk x1, #0xffa8, lsl #16
ff3b0c28: b9400020 ldr w0, [x1]
ff3b0c2c: 320f0000 orr w0, w0, #0x20000
ff3b0c30: b9000020 str w0, [x1]
ff3b0c34: 39413a60 ldrb w0, [x19, #78]
ff3b0c38: d29c0201 mov x1, #0xe010 // #57360
ff3b0c3c: f2bfe661 movk x1, #0xff33, lsl #16
ff3b0c40: 53165400 lsl w0, w0, #10
ff3b0c44: 32061000 orr w0, w0, #0x7c000000
ff3b0c48: b9000020 str w0, [x1]
ff3b0c4c: d2802480 mov x0, #0x124 // #292
ff3b0c50: 52803001 mov w1, #0x180 // #384
ff3b0c54: f2bfeea0 movk x0, #0xff75, lsl #16
ff3b0c58: 72a03801 movk w1, #0x1c0, lsl #16
ff3b0c5c: b9000001 str w1, [x0]
ff3b0c60: d280a201 mov x1, #0x510 // #1296
ff3b0c64: f2bfeec1 movk x1, #0xff76, lsl #16
ff3b0c68: b9400020 ldr w0, [x1]
ff3b0c6c: 32000400 orr w0, w0, #0x3
ff3b0c70: b9000020 str w0, [x1]
ff3b0c74: d2803780 mov x0, #0x1bc // #444
ff3b0c78: 528000a1 mov w1, #0x5 // #5
ff3b0c7c: f2bff500 movk x0, #0xffa8, lsl #16
ff3b0c80: 72a006a1 movk w1, #0x35, lsl #16
ff3b0c84: b9400000 ldr w0, [x0]
ff3b0c88: 53107c00 lsr w0, w0, #16
ff3b0c8c: 11000400 add w0, w0, #0x1
ff3b0c90: 12000015 and w21, w0, #0x1
ff3b0c94: 531c0000 ubfiz w0, w0, #4, #1
ff3b0c98: 2a010000 orr w0, w0, w1
ff3b0c9c: d2bfec41 mov x1, #0xff620000 // #4284612608
ff3b0ca0: b9000020 str w0, [x1]
ff3b0ca4: d2800200 mov x0, #0x10 // #16
ff3b0ca8: f2bfec40 movk x0, #0xff62, lsl #16
ff3b0cac: b9400001 ldr w1, [x0]
ff3b0cb0: 3617ffe1 tbz w1, #2, ff3b0cac <dmc_resume+0x560>
ff3b0cb4: d2bfec41 mov x1, #0xff620000 // #4284612608
ff3b0cb8: 320f83e3 mov w3, #0x20002 // #131074
ff3b0cbc: b9000023 str w3, [x1]
ff3b0cc0: b9400001 ldr w1, [x0]
ff3b0cc4: 3607ffe1 tbz w1, #0, ff3b0cc0 <dmc_resume+0x574>
ff3b0cc8: d285c017 mov x23, #0x2e00 // #11776
ff3b0ccc: 53185eb5 lsl w21, w21, #8
ff3b0cd0: d2800014 mov x20, #0x0 // #0
ff3b0cd4: 52900016 mov w22, #0x8000 // #32768
ff3b0cd8: f2bff517 movk x23, #0xffa8, lsl #16
ff3b0cdc: 12806038 mov w24, #0xfffffcfe // #-770
ff3b0ce0: 2a1403e0 mov w0, w20
ff3b0ce4: 6b14005f cmp w2, w20
ff3b0ce8: 540001c9 b.ls ff3b0d20 <dmc_resume+0x5d4> // b.plast
ff3b0cec: 39413261 ldrb w1, [x19, #76]
ff3b0cf0: 71001c3f cmp w1, #0x7
ff3b0cf4: 540000c0 b.eq ff3b0d0c <dmc_resume+0x5c0> // b.none
ff3b0cf8: 9bb65e83 umaddl x3, w20, w22, x23
ff3b0cfc: b9400061 ldr w1, [x3]
ff3b0d00: 0a180021 and w1, w1, w24
ff3b0d04: 2a0102a1 orr w1, w21, w1
ff3b0d08: b9000061 str w1, [x3]
ff3b0d0c: b9006fe2 str w2, [sp, #108]
ff3b0d10: 97fffcff bl ff3b010c <data_training.constprop.0>
ff3b0d14: b9406fe2 ldr w2, [sp, #108]
ff3b0d18: 91000694 add x20, x20, #0x1
ff3b0d1c: 34fffe20 cbz w0, ff3b0ce0 <dmc_resume+0x594>
ff3b0d20: a94153f3 ldp x19, x20, [sp, #16]
ff3b0d24: a9425bf5 ldp x21, x22, [sp, #32]
ff3b0d28: a94363f7 ldp x23, x24, [sp, #48]
ff3b0d2c: a9446bf9 ldp x25, x26, [sp, #64]
ff3b0d30: a94573fb ldp x27, x28, [sp, #80]
ff3b0d34: a8c77bfd ldp x29, x30, [sp], #112
ff3b0d38: d65f03c0 ret
ff3b0d3c: 71000484 subs w4, w4, #0x1
ff3b0d40: 54ffd9c0 b.eq ff3b0878 <dmc_resume+0x12c> // b.none
ff3b0d44: 52800c80 mov w0, #0x64 // #100
ff3b0d48: 97fffcbf bl ff3b0044 <sram_udelay>
ff3b0d4c: 17ffff6c b ff3b0afc <dmc_resume+0x3b0>
ff3b0d50: 71000484 subs w4, w4, #0x1
ff3b0d54: 54ffd920 b.eq ff3b0878 <dmc_resume+0x12c> // b.none
ff3b0d58: 52800c80 mov w0, #0x64 // #100
ff3b0d5c: 97fffcba bl ff3b0044 <sram_udelay>
ff3b0d60: b94000a0 ldr w0, [x5]
ff3b0d64: 361fff60 tbz w0, #3, ff3b0d50 <dmc_resume+0x604>
ff3b0d68: d2902201 mov x1, #0x8110 // #33040
ff3b0d6c: d0000002 adrp x2, ff3b2000 <rk3399m0pmu_bin>
ff3b0d70: f2bff501 movk x1, #0xffa8, lsl #16
ff3b0d74: 913c8042 add x2, x2, #0xf20
ff3b0d78: b9400020 ldr w0, [x1]
ff3b0d7c: 120f7800 and w0, w0, #0xfffeffff
ff3b0d80: b9000020 str w0, [x1]
ff3b0d84: d2941c80 mov x0, #0xa0e4 // #41188
ff3b0d88: f2bff500 movk x0, #0xffa8, lsl #16
ff3b0d8c: 91200003 add x3, x0, #0x800
ff3b0d90: b9400001 ldr w1, [x0]
ff3b0d94: b8404444 ldr w4, [x2], #4
ff3b0d98: 12044c21 and w1, w1, #0xf000ffff
ff3b0d9c: 2a040021 orr w1, w1, w4
ff3b0da0: b9000001 str w1, [x0]
ff3b0da4: 91080000 add x0, x0, #0x200
ff3b0da8: eb03001f cmp x0, x3
ff3b0dac: 54ffff21 b.ne ff3b0d90 <dmc_resume+0x644> // b.any
ff3b0db0: 17ffff6a b ff3b0b58 <dmc_resume+0x40c>
ff3b0db4: 39413260 ldrb w0, [x19, #76]
ff3b0db8: 7100181f cmp w0, #0x6
ff3b0dbc: 540000e1 b.ne ff3b0dd8 <dmc_resume+0x68c> // b.any
ff3b0dc0: 52800140 mov w0, #0xa // #10
ff3b0dc4: 97fffca0 bl ff3b0044 <sram_udelay>
ff3b0dc8: 2a1b03e0 mov w0, w27
ff3b0dcc: 97fffcd0 bl ff3b010c <data_training.constprop.0>
ff3b0dd0: 34000080 cbz w0, ff3b0de0 <dmc_resume+0x694>
ff3b0dd4: 17fffea9 b ff3b0878 <dmc_resume+0x12c>
ff3b0dd8: 71001c1f cmp w0, #0x7
ff3b0ddc: 54ffff61 b.ne ff3b0dc8 <dmc_resume+0x67c> // b.any
ff3b0de0: 39401b40 ldrb w0, [x26, #6]
ff3b0de4: 39400741 ldrb w1, [x26, #1]
ff3b0de8: 39400b42 ldrb w2, [x26, #2]
ff3b0dec: 0b000021 add w1, w1, w0
ff3b0df0: 39400344 ldrb w4, [x26]
ff3b0df4: 0b020021 add w1, w1, w2
ff3b0df8: 39400f42 ldrb w2, [x26, #3]
ff3b0dfc: b9400b43 ldr w3, [x26, #8]
ff3b0e00: 0b020021 add w1, w1, w2
ff3b0e04: 51005021 sub w1, w1, #0x14
ff3b0e08: 1ac12302 lsl w2, w24, w1
ff3b0e0c: 7100049f cmp w4, #0x1
ff3b0e10: 54000268 b.hi ff3b0e5c <dmc_resume+0x710> // b.pmore
ff3b0e14: 52800000 mov w0, #0x0 // #0
ff3b0e18: 39401744 ldrb w4, [x26, #5]
ff3b0e1c: 340000a4 cbz w4, ff3b0e30 <dmc_resume+0x6e4>
ff3b0e20: 0b000400 add w0, w0, w0, lsl #1
ff3b0e24: 1ac12321 lsl w1, w25, w1
ff3b0e28: 53027c22 lsr w2, w1, #2
ff3b0e2c: 53027c00 lsr w0, w0, #2
ff3b0e30: 53057c00 lsr w0, w0, #5
ff3b0e34: 2a031863 orr w3, w3, w3, lsl #6
ff3b0e38: d3453042 ubfx x2, x2, #5, #8
ff3b0e3c: b9000383 str w3, [x28]
ff3b0e40: 53181c00 ubfiz w0, w0, #8, #8
ff3b0e44: 1100077b add w27, w27, #0x1
ff3b0e48: 2a020000 orr w0, w0, w2
ff3b0e4c: 9100935a add x26, x26, #0x24
ff3b0e50: b9000780 str w0, [x28, #4]
ff3b0e54: 9140239c add x28, x28, #0x8, lsl #12
ff3b0e58: 17ffff46 b ff3b0b70 <dmc_resume+0x424>
ff3b0e5c: 39401f44 ldrb w4, [x26, #7]
ff3b0e60: 4b040000 sub w0, w0, w4
ff3b0e64: 1ac02440 lsr w0, w2, w0
ff3b0e68: 17ffffec b ff3b0e18 <dmc_resume+0x6cc>
00000000ff3b0e6c <secure_watchdog_ungate>:
ff3b0e6c: d29c0180 mov x0, #0xe00c // #57356
ff3b0e70: 52a0a001 mov w1, #0x5000000 // #83886080
ff3b0e74: f2bfe660 movk x0, #0xff33, lsl #16
ff3b0e78: b9000001 str w1, [x0]
ff3b0e7c: d65f03c0 ret
00000000ff3b0e80 <sram_secure_timer_init>:
ff3b0e80: d2901401 mov x1, #0x80a0 // #32928
ff3b0e84: 12800002 mov w2, #0xffffffff // #-1
ff3b0e88: f2bff0c1 movk x1, #0xff86, lsl #16
ff3b0e8c: aa0103e0 mov x0, x1
ff3b0e90: b8004402 str w2, [x0], #4
ff3b0e94: b9000422 str w2, [x1, #4]
ff3b0e98: 52800021 mov w1, #0x1 // #1
ff3b0e9c: b9000c1f str wzr, [x0, #12]
ff3b0ea0: b9000c1f str wzr, [x0, #12]
ff3b0ea4: b9001801 str w1, [x0, #24]
ff3b0ea8: d65f03c0 ret
00000000ff3b0eac <pmu_sgrf_rst_hld_release>:
ff3b0eac: d2802480 mov x0, #0x124 // #292
ff3b0eb0: 52a00801 mov w1, #0x400000 // #4194304
ff3b0eb4: f2bfeea0 movk x0, #0xff75, lsl #16
ff3b0eb8: b9000001 str w1, [x0]
ff3b0ebc: d65f03c0 ret
00000000ff3b0ec0 <restore_pmu_rsthold>:
ff3b0ec0: d0000000 adrp x0, ff3b2000 <rk3399m0pmu_bin>
ff3b0ec4: d2802401 mov x1, #0x120 // #288
ff3b0ec8: 913d4002 add x2, x0, #0xf50
ff3b0ecc: f2bfeea1 movk x1, #0xff75, lsl #16
ff3b0ed0: b94f5000 ldr w0, [x0, #3920]
ff3b0ed4: 32103c00 orr w0, w0, #0xffff0000
ff3b0ed8: b9000020 str w0, [x1]
ff3b0edc: b9400440 ldr w0, [x2, #4]
ff3b0ee0: 32103c00 orr w0, w0, #0xffff0000
ff3b0ee4: b9000420 str w0, [x1, #4]
ff3b0ee8: d65f03c0 ret
ff3b0eec: 00000000 udf #0
ff3b0ef0: 14000400 b ff3b1ef0 <__bl31_pmusram_text_end>
ff3b0ef4: d503201f nop
00000000ff3b0ef8 <__bl31_warm_entrypoint_veneer>:
ff3b0ef8: 90806490 adrp x16, 40000 <RAM_REGION_START>
ff3b0efc: 9105c210 add x16, x16, #0x170
ff3b0f00: d61f0200 br x16
ff3b0f04: 00000000 udf #0
00000000ff3b0f08 <__sram_restore_veneer>:
ff3b0f08: d0806550 adrp x16, 5a000 <pmu_power_domain_ctr.isra.0+0x64>
ff3b0f0c: 91175210 add x16, x16, #0x5d4
ff3b0f10: d61f0200 br x16
...
00000000ff3b1ef0 <__bl31_pmusram_text_end>:
...
00000000ff3b2000 <rk3399m0pmu_bin>:
ff3b2000: 00000240 00000135 00000131 00000131 @...5...1...1...
...
ff3b202c: 00000131 00000000 00000000 00000131 1...........1...
ff3b203c: 00000131 00000000 00000000 00000000 1...............
...
ff3b20e8: 68134a0e d0fc2b00 4a0d2101 438b6813 .J.h.+...!.J.h.C
ff3b20f8: 4a0a6013 2b106813 2102d9fc 68134a09 .`.J.h.+...!.J.h
ff3b2108: 6013430b 68134a05 d9fc2b19 4a052102 .C.`.J.h.+...!.J
ff3b2118: 438b6813 bf306013 46c0e7fd 47310078 .h.C.`0....Fx.1G
ff3b2128: 47310020 47310024 46c0e7fe f7ffb510 .1G$.1G...F....
ff3b2138: bd10ffd7 00000000 00000000 00000000 ................
...
00000000ff3b2240 <sdram_config>:
...
00000000ff3b2f30 <cru_clksel_con6>:
ff3b2f30: 00000000 ....
00000000ff3b2f34 <dpll_data>:
...
00000000ff3b2f4c <pmu_enable_watchdog0>:
ff3b2f4c: 00000000 ....
00000000ff3b2f50 <pmu_slp_data>:
...
> Quentin
>
^ permalink raw reply [flat|nested] 12+ messages in thread
* Re: RK3399 TF-A hash verification failure for atf-3
2026-07-24 12:38 ` Vic B via U-Boot
@ 2026-07-24 12:55 ` Quentin Schulz
2026-07-26 11:46 ` Vic B via U-Boot
0 siblings, 1 reply; 12+ messages in thread
From: Quentin Schulz @ 2026-07-24 12:55 UTC (permalink / raw)
To: Vic B; +Cc: Peter Robinson, u-boot
Hi Vic,
Since this is not really a U-Boot issue but rather TF-A as I understood
it, maybe add (or switch to) the TF-A mailing list in Cc/To? c.f.
https://lists.trustedfirmware.org/mailman3/lists/tf-a.lists.trustedfirmware.org/
The few times I wrote there I got first support in under a few days.
On 7/24/26 2:38 PM, Vic B wrote:
> [You don't often get email from u-boot@vicb.net. Learn why this is important at https://aka.ms/LearnAboutSenderIdentification ]
>
> On Wed, Jul 22, 2026 at 07:12:42PM +0200, Quentin Schulz wrote:
>> Hi Vic,
>
> Hi Quentin,
>
>>
>> Debian toolchain issue, reported to TF-A last year, see https://review.trustedfirmware.org/c/TF-A/trusted-firmware-a/+/36981/comments/877be809_5abf10d8.
>> We wanted to rely on Debian upgrading at some point their TF-A, hitting the
>> same issue and working on it but it seems they are stuck on lts-v2.12.1
>> (which is slightly concerning considering we're at lts-v2.12.12 already) so
>> this hasn't happened yet. I'm building on Fedora and my company's CI has
>> lts-v2.12 pinned to avoid this issue, so I'm not going to be chasing this
>> myself. Can you try to work this out with Debian maybe? You're not the
>> first, not the last I suspect either.
>
> Thanks for the link, I think that Chris Kay's comment there is really
> valuable, so let me quote it here:
>
> "It's not necessarily the case that the Debian GCC distribution is buggy!
>
> What we presume has happened is that an object with a strict page
> alignment has had to shift to the next page due to an increase in
> code/data size. This happens from time to time and is generally
> harmless, but if we we've hit a memory limit somewhere then this is the
> sort of error we see. That we don't see this on other distributions of
> GCC is likely just down to configuration differences."
>
> I think that Chris is right, and have doubts about the assumption that
> Debian folks will start working on this issue and fix their gcc after
> their TF-A package gets updated. If Debian's maintainers of TF-A happen
> to test the new version on RK3399, this path may result in a deadlock
> where the new TF-A doesn't get to Debian because it fails to build,
> so it won't push Debian do fix their gcc...
>
> The Armbian's attempt to fix the issue by increasing PMUSRAM_RSIZE
> in plat/rockchip/rk3399/include/shared/addressmap_shared.h from 8K
> to 16K seems like more promising course to me - although the resulting
> build with oversized pmusram isn't really usable, it produces much more
I don't think generating a broken binary over erroring out is a good
thing (it seems however to be quite useful for your debugging session :)
). What I mean is that I don't think this is something we should get
merged into TF-A.
I have neither the time nor knowledge to look at the rest unfortunately,
but I really appreciate you giving lots of information and debugging
output, I'm sure this will help someone help you eventually :)
Cheers,
Quentin
> material to investigate than the "`PMUSRAM' overflowed by 3928 bytes"
> message that one gets without this change.
>
> With the PMUSRAM_RSIZE set to 16K, the build results in bl31.elf with
> oversized .pmusram section (which can be extracted with objcopy and
> hexdumped to see that something there obviously gets aligned to 8 KiB
> boundary), and objdump of bl31.elf shows that this (mis)aligned part at
> address 0xff3b2000 is rk3399m0pmu_bin (dump follows below in P.S.), which
> seems to be linked using plat/rockchip/rk3399/drivers/pmu/pmu_fw.S,
> which only requests it to be aligned to 4 bytes:
>
> .macro INCBIN file sym sec
> .section \sec, "a"
> .global \sym
> .type \sym, @object
> .align 4
> \sym :
> .incbin "\file"
> .size \sym , .-\sym
> .global \sym\()_end
> \sym\()_end :
> .endm
>
> INCBIN RK3399M0FW, "rk3399m0_bin", ".sram.incbin"
> INCBIN RK3399M0PMUFW, "rk3399m0pmu_bin", ".pmusram.incbin"
>
> So what happens here seems to be gcc aligning to 8 KiB when asked to
> align to 4 B. That really looks like page alignment issues as suggested
> by Chris, and doesn't necessarily mean a bug in gcc - there's only a
> directive to align to 4 B boundary, and that one is fulfilled even
> with the 8 KiB alignment; gcc can even be credited for fulfilling the
> directive 2048 times...
>
> I'll try to look into this over the weekend and find some linker
> options or directives to get the page alignment under control.
> As I'm not really familiar with this, suggestions are welcome!
>
> Cheers,
>
> Vic
>
> P.S.: here's the promised dump of the oversized .pmusram section:
>
> $ aarch64-linux-gnu-objdump -j .pmusram -d build/rk3399/release/bl31/bl31.elf
>
> build/rk3399/release/bl31/bl31.elf: file format elf64-littleaarch64
>
>
> Disassembly of section .pmusram:
>
> 00000000ff3b0000 <pmu_cpuson_entrypoint>:
> ff3b0000: 580000c2 ldr x2, ff3b0018 <sys_resume+0x8>
> ff3b0004: 9100005f mov sp, x2
> ff3b0008: 940001d1 bl ff3b074c <dmc_resume>
> ff3b000c: 940003bf bl ff3b0f08 <__sram_restore_veneer>
>
> 00000000ff3b0010 <sys_resume>:
> ff3b0010: 940003ba bl ff3b0ef8 <__bl31_warm_entrypoint_veneer>
> ff3b0014: 00000000 udf #0
> ff3b0018: ff8c3000 .word 0xff8c3000
> ff3b001c: 00000000 .word 0x00000000
>
> 00000000ff3b0020 <sram_regcpy>:
> ff3b0020: cb010000 sub x0, x0, x1
> ff3b0024: 51000442 sub w2, w2, #0x1
> ff3b0028: 3100045f cmn w2, #0x1
> ff3b002c: 54000041 b.ne ff3b0034 <sram_regcpy+0x14> // b.any
> ff3b0030: d65f03c0 ret
> ff3b0034: b9400023 ldr w3, [x1]
> ff3b0038: b8216803 str w3, [x0, x1]
> ff3b003c: 91001021 add x1, x1, #0x4
> ff3b0040: 17fffff9 b ff3b0024 <sram_regcpy+0x4>
>
> 00000000ff3b0044 <sram_udelay>:
> ff3b0044: d53be021 mrs x1, cntpct_el0
> ff3b0048: 7100281f cmp w0, #0xa
> ff3b004c: 52812c02 mov w2, #0x960 // #2400
> ff3b0050: 52801e00 mov w0, #0xf0 // #240
> ff3b0054: 1a820000 csel w0, w0, w2, eq // eq = none
> ff3b0058: d53be023 mrs x3, cntpct_el0
> ff3b005c: 6b03003f cmp w1, w3
> ff3b0060: 4b010062 sub w2, w3, w1
> ff3b0064: 1a9f97e3 cset w3, hi // hi = pmore
> ff3b0068: 4b030042 sub w2, w2, w3
> ff3b006c: 6b00005f cmp w2, w0
> ff3b0070: 54ffff49 b.ls ff3b0058 <sram_udelay+0x14> // b.plast
> ff3b0074: d65f03c0 ret
>
> 00000000ff3b0078 <rkclk_ddr_reset>:
> ff3b0078: 531e0000 ubfiz w0, w0, #2, #1
> ff3b007c: 11002004 add w4, w0, #0x8
> ff3b0080: 11006003 add w3, w0, #0x18
> ff3b0084: 1ac42021 lsl w1, w1, w4
> ff3b0088: 11002404 add w4, w0, #0x9
> ff3b008c: 11006400 add w0, w0, #0x19
> ff3b0090: 1ac42042 lsl w2, w2, w4
> ff3b0094: 2a020021 orr w1, w1, w2
> ff3b0098: 52800022 mov w2, #0x1 // #1
> ff3b009c: 1ac02040 lsl w0, w2, w0
> ff3b00a0: 1ac32042 lsl w2, w2, w3
> ff3b00a4: 2a020000 orr w0, w0, w2
> ff3b00a8: 2a000021 orr w1, w1, w0
> ff3b00ac: d2808200 mov x0, #0x410 // #1040
> ff3b00b0: f2bfeec0 movk x0, #0xff76, lsl #16
> ff3b00b4: b9000001 str w1, [x0]
> ff3b00b8: d65f03c0 ret
>
> 00000000ff3b00bc <select_per_cs_training_index>:
> ff3b00bc: 52842a03 mov w3, #0x2150 // #8528
> ff3b00c0: 53114002 lsl w2, w0, #15
> ff3b00c4: 72bff503 movk w3, #0xffa8, lsl #16
> ff3b00c8: 0b003c60 add w0, w3, w0, lsl #15
> ff3b00cc: b9400000 ldr w0, [x0]
> ff3b00d0: 368001c0 tbz w0, #16, ff3b0108 <select_per_cs_training_index+0x4c>
> ff3b00d4: 5155f443 sub w3, w2, #0x57d, lsl #12
> ff3b00d8: 5155f442 sub w2, w2, #0x57d, lsl #12
> ff3b00dc: 53081c21 lsl w1, w1, #24
> ff3b00e0: 513f8063 sub w3, w3, #0xfe0
> ff3b00e4: 511f8042 sub w2, w2, #0x7e0
> ff3b00e8: 2a0303e4 mov w4, w3
> ff3b00ec: 11080063 add w3, w3, #0x200
> ff3b00f0: b9400080 ldr w0, [x4]
> ff3b00f4: 12077800 and w0, w0, #0xfeffffff
> ff3b00f8: 2a010000 orr w0, w0, w1
> ff3b00fc: b9000080 str w0, [x4]
> ff3b0100: 6b02007f cmp w3, w2
> ff3b0104: 54ffff21 b.ne ff3b00e8 <select_per_cs_training_index+0x2c> // b.any
> ff3b0108: d65f03c0 ret
>
> 00000000ff3b010c <data_training.constprop.0>:
> ff3b010c: 2a0003e1 mov w1, w0
> ff3b0110: d2800482 mov x2, #0x24 // #36
> ff3b0114: a9be7bfd stp x29, x30, [sp, #-32]!
> ff3b0118: aa0103e6 mov x6, x1
> ff3b011c: d0000000 adrp x0, ff3b2000 <rk3399m0pmu_bin>
> ff3b0120: 9b027c21 mul x1, x1, x2
> ff3b0124: 91090000 add x0, x0, #0x240
> ff3b0128: 910003fd mov x29, sp
> ff3b012c: a90153f3 stp x19, x20, [sp, #16]
> ff3b0130: 3861680b ldrb w11, [x0, x1]
> ff3b0134: 39413000 ldrb w0, [x0, #76]
> ff3b0138: 71001c1f cmp w0, #0x7
> ff3b013c: 540013a1 b.ne ff3b03b0 <data_training.constprop.0+0x2a4> // b.any
> ff3b0140: 7100057f cmp w11, #0x1
> ff3b0144: 528001e9 mov w9, #0xf // #15
> ff3b0148: 528000a1 mov w1, #0x5 // #5
> ff3b014c: 1a811129 csel w9, w9, w1, ne // ne = any
> ff3b0150: 5285cf88 mov w8, #0x2e7c // #11900
> ff3b0154: 531140c5 lsl w5, w6, #15
> ff3b0158: 72bff508 movk w8, #0xffa8, lsl #16
> ff3b015c: 0b063d08 add w8, w8, w6, lsl #15
> ff3b0160: b9400101 ldr w1, [x8]
> ff3b0164: 320a0021 orr w1, w1, #0x400000
> ff3b0168: b9000101 str w1, [x8]
> ff3b016c: 71001c1f cmp w0, #0x7
> ff3b0170: 540013a0 b.eq ff3b03e4 <data_training.constprop.0+0x2d8> // b.none
> ff3b0174: 7100181f cmp w0, #0x6
> ff3b0178: 54001240 b.eq ff3b03c0 <data_training.constprop.0+0x2b4> // b.none
> ff3b017c: 71000c1f cmp w0, #0x3
> ff3b0180: 54001360 b.eq ff3b03ec <data_training.constprop.0+0x2e0> // b.none
> ff3b0184: 52801fea mov w10, #0xff // #255
> ff3b0188: 5155fca7 sub w7, w5, #0x57f, lsl #12
> ff3b018c: 5280000c mov w12, #0x0 // #0
> ff3b0190: 5119c0e7 sub w7, w7, #0x670
> ff3b0194: 5280002d mov w13, #0x1 // #1
> ff3b0198: 1acc21a0 lsl w0, w13, w12
> ff3b019c: 6a09001f tst w0, w9
> ff3b01a0: 54000540 b.eq ff3b0248 <data_training.constprop.0+0x13c> // b.none
> ff3b01a4: 2a0c03e1 mov w1, w12
> ff3b01a8: 2a0603e0 mov w0, w6
> ff3b01ac: 97ffffc4 bl ff3b00bc <select_per_cs_training_index>
> ff3b01b0: 5155f4ae sub w14, w5, #0x57d, lsl #12
> ff3b01b4: b94000e0 ldr w0, [x7]
> ff3b01b8: 5155fca1 sub w1, w5, #0x57f, lsl #12
> ff3b01bc: 511a4021 sub w1, w1, #0x690
> ff3b01c0: 5155fca3 sub w3, w5, #0x57f, lsl #12
> ff3b01c4: 12167400 and w0, w0, #0xfffffcff
> ff3b01c8: 5155f4a4 sub w4, w5, #0x57d, lsl #12
> ff3b01cc: 32170000 orr w0, w0, #0x200
> ff3b01d0: b90000e0 str w0, [x7]
> ff3b01d4: 5155f4af sub w15, w5, #0x57d, lsl #12
> ff3b01d8: 12a06022 mov w2, #0xfcfeffff // #-50397185
> ff3b01dc: b9400020 ldr w0, [x1]
> ff3b01e0: 51152063 sub w3, w3, #0x548
> ff3b01e4: 511ec084 sub w4, w4, #0x7b0
> ff3b01e8: 5116c1ce sub w14, w14, #0x5b0
> ff3b01ec: 0a020000 and w0, w0, w2
> ff3b01f0: 510ec1ef sub w15, w15, #0x3b0
> ff3b01f4: 2a0c6000 orr w0, w0, w12, lsl #24
> ff3b01f8: 52850410 mov w16, #0x2820 // #10272
> ff3b01fc: 32100000 orr w0, w0, #0x10000
> ff3b0200: 52850011 mov w17, #0x2800 // #10240
> ff3b0204: b9000020 str w0, [x1]
> ff3b0208: b9400062 ldr w2, [x3]
> ff3b020c: b9400080 ldr w0, [x4]
> ff3b0210: b94001d3 ldr w19, [x14]
> ff3b0214: b94001f2 ldr w18, [x15]
> ff3b0218: 53087c41 lsr w1, w2, #8
> ff3b021c: 2a130000 orr w0, w0, w19
> ff3b0220: 0a422202 and w2, w16, w2, lsr #8
> ff3b0224: 2a120000 orr w0, w0, w18
> ff3b0228: 531e7c00 lsr w0, w0, #30
> ff3b022c: 6b11005f cmp w2, w17
> ff3b0230: 54000cc1 b.ne ff3b03c8 <data_training.constprop.0+0x2bc> // b.any
> ff3b0234: 35000d00 cbnz w0, ff3b03d4 <data_training.constprop.0+0x2c8>
> ff3b0238: 5155fca0 sub w0, w5, #0x57f, lsl #12
> ff3b023c: 5287ef81 mov w1, #0x3f7c // #16252
> ff3b0240: 51151000 sub w0, w0, #0x544
> ff3b0244: b9000001 str w1, [x0]
> ff3b0248: 1100058c add w12, w12, #0x1
> ff3b024c: 7100119f cmp w12, #0x4
> ff3b0250: 54fffa41 b.ne ff3b0198 <data_training.constprop.0+0x8c> // b.any
> ff3b0254: b94000e0 ldr w0, [x7]
> ff3b0258: 12167400 and w0, w0, #0xfffffcff
> ff3b025c: b90000e0 str w0, [x7]
> ff3b0260: 5155fca7 sub w7, w5, #0x57f, lsl #12
> ff3b0264: 5155f4ad sub w13, w5, #0x57d, lsl #12
> ff3b0268: 5284140e mov w14, #0x20a0 // #8352
> ff3b026c: 511c40e7 sub w7, w7, #0x710
> ff3b0270: 513581ad sub w13, w13, #0xd60
> ff3b0274: 5280000c mov w12, #0x0 // #0
> ff3b0278: 72bff50e movk w14, #0xffa8, lsl #16
> ff3b027c: 6b0c017f cmp w11, w12
> ff3b0280: 54000ba8 b.hi ff3b03f4 <data_training.constprop.0+0x2e8> // b.pmore
> ff3b0284: 5155f4a0 sub w0, w5, #0x57d, lsl #12
> ff3b0288: 5155f4a3 sub w3, w5, #0x57d, lsl #12
> ff3b028c: 513f8000 sub w0, w0, #0xfe0
> ff3b0290: 511f8063 sub w3, w3, #0x7e0
> ff3b0294: 2a0003e2 mov w2, w0
> ff3b0298: b9400041 ldr w1, [x2]
> ff3b029c: 32100021 orr w1, w1, #0x10000
> ff3b02a0: b9000041 str w1, [x2]
> ff3b02a4: 11037002 add w2, w0, #0xdc
> ff3b02a8: 11080000 add w0, w0, #0x200
> ff3b02ac: b9400041 ldr w1, [x2]
> ff3b02b0: 72a04001 movk w1, #0x200, lsl #16
> ff3b02b4: b9000041 str w1, [x2]
> ff3b02b8: 6b00007f cmp w3, w0
> ff3b02bc: 54fffec1 b.ne ff3b0294 <data_training.constprop.0+0x188> // b.any
> ff3b02c0: 5155fca0 sub w0, w5, #0x57f, lsl #12
> ff3b02c4: 5155f4ad sub w13, w5, #0x57d, lsl #12
> ff3b02c8: 51338000 sub w0, w0, #0xce0
> ff3b02cc: 5284158e mov w14, #0x20ac // #8364
> ff3b02d0: 513551ad sub w13, w13, #0xd54
> ff3b02d4: 5280000c mov w12, #0x0 // #0
> ff3b02d8: 72bff50e movk w14, #0xffa8, lsl #16
> ff3b02dc: b9400001 ldr w1, [x0]
> ff3b02e0: 32180021 orr w1, w1, #0x100
> ff3b02e4: b9000001 str w1, [x0]
> ff3b02e8: b94000e0 ldr w0, [x7]
> ff3b02ec: 12167400 and w0, w0, #0xfffffcff
> ff3b02f0: b90000e0 str w0, [x7]
> ff3b02f4: 5155fca7 sub w7, w5, #0x57f, lsl #12
> ff3b02f8: 511b00e7 sub w7, w7, #0x6c0
> ff3b02fc: 6b0c017f cmp w11, w12
> ff3b0300: 54000dc8 b.hi ff3b04b8 <data_training.constprop.0+0x3ac> // b.pmore
> ff3b0304: b94000e0 ldr w0, [x7]
> ff3b0308: 12067400 and w0, w0, #0xfcffffff
> ff3b030c: b90000e0 str w0, [x7]
> ff3b0310: 371817aa tbnz w10, #3, ff3b0604 <data_training.constprop.0+0x4f8>
> ff3b0314: 3620198a tbz w10, #4, ff3b0644 <data_training.constprop.0+0x538>
> ff3b0318: 5155fca7 sub w7, w5, #0x57f, lsl #12
> ff3b031c: 5280000a mov w10, #0x0 // #0
> ff3b0320: 511840e7 sub w7, w7, #0x610
> ff3b0324: 5280002b mov w11, #0x1 // #1
> ff3b0328: 1aca2160 lsl w0, w11, w10
> ff3b032c: 6a09001f tst w0, w9
> ff3b0330: 540017e0 b.eq ff3b062c <data_training.constprop.0+0x520> // b.none
> ff3b0334: 2a0a03e1 mov w1, w10
> ff3b0338: 2a0603e0 mov w0, w6
> ff3b033c: 97ffff60 bl ff3b00bc <select_per_cs_training_index>
> ff3b0340: 5155fca0 sub w0, w5, #0x57f, lsl #12
> ff3b0344: 529fdfe2 mov w2, #0xfeff // #65279
> ff3b0348: 5114b000 sub w0, w0, #0x52c
> ff3b034c: 72bfff82 movk w2, #0xfffc, lsl #16
> ff3b0350: 52860803 mov w3, #0x3040 // #12352
> ff3b0354: b9400001 ldr w1, [x0]
> ff3b0358: 12177821 and w1, w1, #0xfffffeff
> ff3b035c: b9000001 str w1, [x0]
> ff3b0360: 5155fca1 sub w1, w5, #0x57f, lsl #12
> ff3b0364: b94000e0 ldr w0, [x7]
> ff3b0368: 51187021 sub w1, w1, #0x61c
> ff3b036c: 120e7400 and w0, w0, #0xfffcffff
> ff3b0370: 320f0000 orr w0, w0, #0x20000
> ff3b0374: b90000e0 str w0, [x7]
> ff3b0378: b9400020 ldr w0, [x1]
> ff3b037c: 0a020000 and w0, w0, w2
> ff3b0380: 2a0a4000 orr w0, w0, w10, lsl #16
> ff3b0384: 32180000 orr w0, w0, #0x100
> ff3b0388: b9000020 str w0, [x1]
> ff3b038c: 5155fca1 sub w1, w5, #0x57f, lsl #12
> ff3b0390: 51152021 sub w1, w1, #0x548
> ff3b0394: b9400020 ldr w0, [x1]
> ff3b0398: 53087c02 lsr w2, w0, #8
> ff3b039c: 0a402060 and w0, w3, w0, lsr #8
> ff3b03a0: 71400c1f cmp w0, #0x3, lsl #12
> ff3b03a4: 540013c0 b.eq ff3b061c <data_training.constprop.0+0x510> // b.none
> ff3b03a8: 3637ff62 tbz w2, #6, ff3b0394 <data_training.constprop.0+0x288>
> ff3b03ac: 1400000a b ff3b03d4 <data_training.constprop.0+0x2c8>
> ff3b03b0: 7100057f cmp w11, #0x1
> ff3b03b4: 52800069 mov w9, #0x3 // #3
> ff3b03b8: 1a9f1529 csinc w9, w9, wzr, ne // ne = any
> ff3b03bc: 17ffff65 b ff3b0150 <data_training.constprop.0+0x44>
> ff3b03c0: 528000ea mov w10, #0x7 // #7
> ff3b03c4: 17ffff71 b ff3b0188 <data_training.constprop.0+0x7c>
> ff3b03c8: 121b0021 and w1, w1, #0x20
> ff3b03cc: 2a000020 orr w0, w1, w0
> ff3b03d0: 34fff1c0 cbz w0, ff3b0208 <data_training.constprop.0+0xfc>
> ff3b03d4: 12800000 mov w0, #0xffffffff // #-1
> ff3b03d8: a94153f3 ldp x19, x20, [sp, #16]
> ff3b03dc: a8c27bfd ldp x29, x30, [sp], #32
> ff3b03e0: d65f03c0 ret
> ff3b03e4: 528003ca mov w10, #0x1e // #30
> ff3b03e8: 17ffff9e b ff3b0260 <data_training.constprop.0+0x154>
> ff3b03ec: 528001ca mov w10, #0xe // #14
> ff3b03f0: 17ffff9c b ff3b0260 <data_training.constprop.0+0x154>
> ff3b03f4: 2a0c03e1 mov w1, w12
> ff3b03f8: 2a0603e0 mov w0, w6
> ff3b03fc: 97ffff30 bl ff3b00bc <select_per_cs_training_index>
> ff3b0400: 5155f4af sub w15, w5, #0x57d, lsl #12
> ff3b0404: b94000e0 ldr w0, [x7]
> ff3b0408: 5155fca1 sub w1, w5, #0x57f, lsl #12
> ff3b040c: 511c5021 sub w1, w1, #0x714
> ff3b0410: 529fdfe2 mov w2, #0xfeff // #65279
> ff3b0414: 12167400 and w0, w0, #0xfffffcff
> ff3b0418: 5155fca3 sub w3, w5, #0x57f, lsl #12
> ff3b041c: 32170000 orr w0, w0, #0x200
> ff3b0420: b90000e0 str w0, [x7]
> ff3b0424: 5155f4b0 sub w16, w5, #0x57d, lsl #12
> ff3b0428: 72bfff82 movk w2, #0xfffc, lsl #16
> ff3b042c: b9400020 ldr w0, [x1]
> ff3b0430: 51152063 sub w3, w3, #0x548
> ff3b0434: 0b0e00a4 add w4, w5, w14
> ff3b0438: 512d81ef sub w15, w15, #0xb60
> ff3b043c: 0a020000 and w0, w0, w2
> ff3b0440: 51258210 sub w16, w16, #0x960
> ff3b0444: 2a0c4000 orr w0, w0, w12, lsl #16
> ff3b0448: 52848212 mov w18, #0x2410 // #9232
> ff3b044c: 32180000 orr w0, w0, #0x100
> ff3b0450: 52848013 mov w19, #0x2400 // #9216
> ff3b0454: b9000020 str w0, [x1]
> ff3b0458: b9400062 ldr w2, [x3]
> ff3b045c: b9400080 ldr w0, [x4]
> ff3b0460: b94001be ldr w30, [x13]
> ff3b0464: b94001f1 ldr w17, [x15]
> ff3b0468: 53087c41 lsr w1, w2, #8
> ff3b046c: b9400214 ldr w20, [x16]
> ff3b0470: 2a1e0000 orr w0, w0, w30
> ff3b0474: 0a422242 and w2, w18, w2, lsr #8
> ff3b0478: 2a140231 orr w17, w17, w20
> ff3b047c: 2a110000 orr w0, w0, w17
> ff3b0480: 12140000 and w0, w0, #0x1000
> ff3b0484: 6b13005f cmp w2, w19
> ff3b0488: 54000101 b.ne ff3b04a8 <data_training.constprop.0+0x39c> // b.any
> ff3b048c: 35fffa40 cbnz w0, ff3b03d4 <data_training.constprop.0+0x2c8>
> ff3b0490: 5155fca0 sub w0, w5, #0x57f, lsl #12
> ff3b0494: 5287ef81 mov w1, #0x3f7c // #16252
> ff3b0498: 51151000 sub w0, w0, #0x544
> ff3b049c: 1100058c add w12, w12, #0x1
> ff3b04a0: b9000001 str w1, [x0]
> ff3b04a4: 17ffff76 b ff3b027c <data_training.constprop.0+0x170>
> ff3b04a8: 121c0021 and w1, w1, #0x10
> ff3b04ac: 2a000020 orr w0, w1, w0
> ff3b04b0: 34fffd40 cbz w0, ff3b0458 <data_training.constprop.0+0x34c>
> ff3b04b4: 17ffffc8 b ff3b03d4 <data_training.constprop.0+0x2c8>
> ff3b04b8: 2a0c03e1 mov w1, w12
> ff3b04bc: 2a0603e0 mov w0, w6
> ff3b04c0: 97fffeff bl ff3b00bc <select_per_cs_training_index>
> ff3b04c4: 5155f4af sub w15, w5, #0x57d, lsl #12
> ff3b04c8: b94000e0 ldr w0, [x7]
> ff3b04cc: 5155fca1 sub w1, w5, #0x57f, lsl #12
> ff3b04d0: 511b6021 sub w1, w1, #0x6d8
> ff3b04d4: 5155fca3 sub w3, w5, #0x57f, lsl #12
> ff3b04d8: 12067400 and w0, w0, #0xfcffffff
> ff3b04dc: 5155f4b0 sub w16, w5, #0x57d, lsl #12
> ff3b04e0: 32070000 orr w0, w0, #0x2000000
> ff3b04e4: b90000e0 str w0, [x7]
> ff3b04e8: 12a06022 mov w2, #0xfcfeffff // #-50397185
> ff3b04ec: 51152063 sub w3, w3, #0x548
> ff3b04f0: b9400020 ldr w0, [x1]
> ff3b04f4: 0b0e00a4 add w4, w5, w14
> ff3b04f8: 512d51ef sub w15, w15, #0xb54
> ff3b04fc: 51255210 sub w16, w16, #0x954
> ff3b0500: 0a020000 and w0, w0, w2
> ff3b0504: 52844112 mov w18, #0x2208 // #8712
> ff3b0508: 2a0c6000 orr w0, w0, w12, lsl #24
> ff3b050c: 5284401e mov w30, #0x2200 // #8704
> ff3b0510: 32100000 orr w0, w0, #0x10000
> ff3b0514: b9000020 str w0, [x1]
> ff3b0518: b9400062 ldr w2, [x3]
> ff3b051c: b9400080 ldr w0, [x4]
> ff3b0520: b94001b4 ldr w20, [x13]
> ff3b0524: b94001f1 ldr w17, [x15]
> ff3b0528: 53087c41 lsr w1, w2, #8
> ff3b052c: b9400213 ldr w19, [x16]
> ff3b0530: 2a140000 orr w0, w0, w20
> ff3b0534: 0a422242 and w2, w18, w2, lsr #8
> ff3b0538: 2a130231 orr w17, w17, w19
> ff3b053c: 2a110000 orr w0, w0, w17
> ff3b0540: 120a0400 and w0, w0, #0xc00000
> ff3b0544: 6b1e005f cmp w2, w30
> ff3b0548: 54000101 b.ne ff3b0568 <data_training.constprop.0+0x45c> // b.any
> ff3b054c: 35fff440 cbnz w0, ff3b03d4 <data_training.constprop.0+0x2c8>
> ff3b0550: 5155fca0 sub w0, w5, #0x57f, lsl #12
> ff3b0554: 5287ef81 mov w1, #0x3f7c // #16252
> ff3b0558: 51151000 sub w0, w0, #0x544
> ff3b055c: 1100058c add w12, w12, #0x1
> ff3b0560: b9000001 str w1, [x0]
> ff3b0564: 17ffff66 b ff3b02fc <data_training.constprop.0+0x1f0>
> ff3b0568: 121d0021 and w1, w1, #0x8
> ff3b056c: 2a000020 orr w0, w1, w0
> ff3b0570: 34fffd40 cbz w0, ff3b0518 <data_training.constprop.0+0x40c>
> ff3b0574: 17ffff98 b ff3b03d4 <data_training.constprop.0+0x2c8>
> ff3b0578: 2a0c03e1 mov w1, w12
> ff3b057c: 2a0603e0 mov w0, w6
> ff3b0580: 97fffecf bl ff3b00bc <select_per_cs_training_index>
> ff3b0584: b94000e0 ldr w0, [x7]
> ff3b0588: 529fdfe1 mov w1, #0xfeff // #65279
> ff3b058c: 72bf9fe1 movk w1, #0xfcff, lsl #16
> ff3b0590: 2a0e03e2 mov w2, w14
> ff3b0594: 120e7400 and w0, w0, #0xfffcffff
> ff3b0598: 52842083 mov w3, #0x2104 // #8452
> ff3b059c: 320f0000 orr w0, w0, #0x20000
> ff3b05a0: b90000e0 str w0, [x7]
> ff3b05a4: 52842004 mov w4, #0x2100 // #8448
> ff3b05a8: b94001a0 ldr w0, [x13]
> ff3b05ac: 0a010000 and w0, w0, w1
> ff3b05b0: 2a0c6000 orr w0, w0, w12, lsl #24
> ff3b05b4: 32180000 orr w0, w0, #0x100
> ff3b05b8: b90001a0 str w0, [x13]
> ff3b05bc: b9400040 ldr w0, [x2]
> ff3b05c0: 53087c01 lsr w1, w0, #8
> ff3b05c4: 0a402060 and w0, w3, w0, lsr #8
> ff3b05c8: 6b04001f cmp w0, w4
> ff3b05cc: 54000060 b.eq ff3b05d8 <data_training.constprop.0+0x4cc> // b.none
> ff3b05d0: 3617ff61 tbz w1, #2, ff3b05bc <data_training.constprop.0+0x4b0>
> ff3b05d4: 17ffff80 b ff3b03d4 <data_training.constprop.0+0x2c8>
> ff3b05d8: 5155fca0 sub w0, w5, #0x57f, lsl #12
> ff3b05dc: 1100058c add w12, w12, #0x1
> ff3b05e0: 51151000 sub w0, w0, #0x544
> ff3b05e4: 5287ef81 mov w1, #0x3f7c // #16252
> ff3b05e8: b9000001 str w1, [x0]
> ff3b05ec: 6b0c017f cmp w11, w12
> ff3b05f0: 54fffc48 b.hi ff3b0578 <data_training.constprop.0+0x46c> // b.pmore
> ff3b05f4: b94000e0 ldr w0, [x7]
> ff3b05f8: 120e7400 and w0, w0, #0xfffcffff
> ff3b05fc: b90000e0 str w0, [x7]
> ff3b0600: 17ffff45 b ff3b0314 <data_training.constprop.0+0x208>
> ff3b0604: 5155fcad sub w13, w5, #0x57f, lsl #12
> ff3b0608: 5155fcae sub w14, w5, #0x57f, lsl #12
> ff3b060c: 511b61ad sub w13, w13, #0x6d8
> ff3b0610: 511521ce sub w14, w14, #0x548
> ff3b0614: 5280000c mov w12, #0x0 // #0
> ff3b0618: 17fffff5 b ff3b05ec <data_training.constprop.0+0x4e0>
> ff3b061c: 5155fca0 sub w0, w5, #0x57f, lsl #12
> ff3b0620: 5287ef81 mov w1, #0x3f7c // #16252
> ff3b0624: 51151000 sub w0, w0, #0x544
> ff3b0628: b9000001 str w1, [x0]
> ff3b062c: 1100054a add w10, w10, #0x1
> ff3b0630: 7100115f cmp w10, #0x4
> ff3b0634: 54ffe7a1 b.ne ff3b0328 <data_training.constprop.0+0x21c> // b.any
> ff3b0638: b94000e0 ldr w0, [x7]
> ff3b063c: 120e7400 and w0, w0, #0xfffcffff
> ff3b0640: b90000e0 str w0, [x7]
> ff3b0644: b9400100 ldr w0, [x8]
> ff3b0648: 12097800 and w0, w0, #0xffbfffff
> ff3b064c: b9000100 str w0, [x8]
> ff3b0650: 52800000 mov w0, #0x0 // #0
> ff3b0654: 17ffff61 b ff3b03d8 <data_training.constprop.0+0x2cc>
>
> 00000000ff3b0658 <phy_dll_bypass_set>:
> ff3b0658: 52859182 mov w2, #0x2c8c // #11404
> ff3b065c: 72bff502 movk w2, #0xffa8, lsl #16
> ff3b0660: 0b003c43 add w3, w2, w0, lsl #15
> ff3b0664: 51080042 sub w2, w2, #0x200
> ff3b0668: 51080044 sub w4, w2, #0x200
> ff3b066c: 510cd045 sub w5, w2, #0x334
> ff3b0670: 0b003c48 add w8, w2, w0, lsl #15
> ff3b0674: 5114d046 sub w6, w2, #0x534
> ff3b0678: 511cd047 sub w7, w2, #0x734
> ff3b067c: 5124d042 sub w2, w2, #0x934
> ff3b0680: 0b003c84 add w4, w4, w0, lsl #15
> ff3b0684: 0b003ca5 add w5, w5, w0, lsl #15
> ff3b0688: 0b003cc6 add w6, w6, w0, lsl #15
> ff3b068c: 0b003ce7 add w7, w7, w0, lsl #15
> ff3b0690: 0b003c40 add w0, w2, w0, lsl #15
> ff3b0694: 528b2802 mov w2, #0x5940 // #22848
> ff3b0698: 72a0ee62 movk w2, #0x773, lsl #16
> ff3b069c: 6b02003f cmp w1, w2
> ff3b06a0: b9400001 ldr w1, [x0]
> ff3b06a4: 540002c8 b.hi ff3b06fc <phy_dll_bypass_set+0xa4> // b.pmore
> ff3b06a8: 32160421 orr w1, w1, #0xc00
> ff3b06ac: b9000001 str w1, [x0]
> ff3b06b0: b94000e0 ldr w0, [x7]
> ff3b06b4: 32160400 orr w0, w0, #0xc00
> ff3b06b8: b90000e0 str w0, [x7]
> ff3b06bc: b94000c0 ldr w0, [x6]
> ff3b06c0: 32160400 orr w0, w0, #0xc00
> ff3b06c4: b90000c0 str w0, [x6]
> ff3b06c8: b94000a0 ldr w0, [x5]
> ff3b06cc: 32160400 orr w0, w0, #0xc00
> ff3b06d0: b90000a0 str w0, [x5]
> ff3b06d4: b9400080 ldr w0, [x4]
> ff3b06d8: 320e0400 orr w0, w0, #0xc0000
> ff3b06dc: b9000080 str w0, [x4]
> ff3b06e0: b9400100 ldr w0, [x8]
> ff3b06e4: 320e0400 orr w0, w0, #0xc0000
> ff3b06e8: b9000100 str w0, [x8]
> ff3b06ec: b9400060 ldr w0, [x3]
> ff3b06f0: 320e0400 orr w0, w0, #0xc0000
> ff3b06f4: b9000060 str w0, [x3]
> ff3b06f8: d65f03c0 ret
> ff3b06fc: 12147421 and w1, w1, #0xfffff3ff
> ff3b0700: b9000001 str w1, [x0]
> ff3b0704: b94000e0 ldr w0, [x7]
> ff3b0708: 12147400 and w0, w0, #0xfffff3ff
> ff3b070c: b90000e0 str w0, [x7]
> ff3b0710: b94000c0 ldr w0, [x6]
> ff3b0714: 12147400 and w0, w0, #0xfffff3ff
> ff3b0718: b90000c0 str w0, [x6]
> ff3b071c: b94000a0 ldr w0, [x5]
> ff3b0720: 12147400 and w0, w0, #0xfffff3ff
> ff3b0724: b90000a0 str w0, [x5]
> ff3b0728: b9400080 ldr w0, [x4]
> ff3b072c: 120c7400 and w0, w0, #0xfff3ffff
> ff3b0730: b9000080 str w0, [x4]
> ff3b0734: b9400100 ldr w0, [x8]
> ff3b0738: 120c7400 and w0, w0, #0xfff3ffff
> ff3b073c: b9000100 str w0, [x8]
> ff3b0740: b9400060 ldr w0, [x3]
> ff3b0744: 120c7400 and w0, w0, #0xfff3ffff
> ff3b0748: 17ffffeb b ff3b06f4 <phy_dll_bypass_set+0x9c>
>
> 00000000ff3b074c <dmc_resume>:
> ff3b074c: a9b97bfd stp x29, x30, [sp, #-112]!
> ff3b0750: d0000000 adrp x0, ff3b2000 <rk3399m0pmu_bin>
> ff3b0754: 910003fd mov x29, sp
> ff3b0758: 397d3000 ldrb w0, [x0, #3916]
> ff3b075c: a90153f3 stp x19, x20, [sp, #16]
> ff3b0760: a9025bf5 stp x21, x22, [sp, #32]
> ff3b0764: a90363f7 stp x23, x24, [sp, #48]
> ff3b0768: a9046bf9 stp x25, x26, [sp, #64]
> ff3b076c: a90573fb stp x27, x28, [sp, #80]
> ff3b0770: 360002a0 tbz w0, #0, ff3b07c4 <dmc_resume+0x78>
> ff3b0774: d280a200 mov x0, #0x510 // #1296
> ff3b0778: 52800041 mov w1, #0x2 // #2
> ff3b077c: f2bfeec0 movk x0, #0xff76, lsl #16
> ff3b0780: b9000001 str w1, [x0]
> ff3b0784: d2900080 mov x0, #0x8004 // #32772
> ff3b0788: f2bff080 movk x0, #0xff84, lsl #16
> ff3b078c: 52800121 mov w1, #0x9 // #9
> ff3b0790: b9000001 str w1, [x0]
> ff3b0794: b85fc001 ldur w1, [x0, #-4]
> ff3b0798: 32000021 orr w1, w1, #0x1
> ff3b079c: b81fc001 stur w1, [x0, #-4]
> ff3b07a0: 52800ec1 mov w1, #0x76 // #118
> ff3b07a4: b9000801 str w1, [x0, #8]
> ff3b07a8: 940001b1 bl ff3b0e6c <secure_watchdog_ungate>
> ff3b07ac: d2800b81 mov x1, #0x5c // #92
> ff3b07b0: 12800282 mov w2, #0xffffffeb // #-21
> ff3b07b4: f2bfe621 movk x1, #0xff31, lsl #16
> ff3b07b8: b9400020 ldr w0, [x1]
> ff3b07bc: 0a020000 and w0, w0, w2
> ff3b07c0: b9000020 str w0, [x1]
> ff3b07c4: 940001ba bl ff3b0eac <pmu_sgrf_rst_hld_release>
> ff3b07c8: 940001be bl ff3b0ec0 <restore_pmu_rsthold>
> ff3b07cc: 940001ad bl ff3b0e80 <sram_secure_timer_init>
> ff3b07d0: d0000000 adrp x0, ff3b2000 <rk3399m0pmu_bin>
> ff3b07d4: d2802302 mov x2, #0x118 // #280
> ff3b07d8: f2bfeec2 movk x2, #0xff76, lsl #16
> ff3b07dc: d0000003 adrp x3, ff3b2000 <rk3399m0pmu_bin>
> ff3b07e0: b94f3001 ldr w1, [x0, #3888]
> ff3b07e4: aa0203e0 mov x0, x2
> ff3b07e8: 32103c21 orr w1, w1, #0xffff0000
> ff3b07ec: b8134401 str w1, [x0], #-204
> ff3b07f0: 52a06001 mov w1, #0x3000000 // #50331648
> ff3b07f4: b8134041 stur w1, [x2, #-204]
> ff3b07f8: 913cd061 add x1, x3, #0xf34
> ff3b07fc: d1001000 sub x0, x0, #0x4
> ff3b0800: b94f3463 ldr w3, [x3, #3892]
> ff3b0804: 32103c63 orr w3, w3, #0xffff0000
> ff3b0808: b81f8003 stur w3, [x0, #-8]
> ff3b080c: b9400423 ldr w3, [x1, #4]
> ff3b0810: 32103c63 orr w3, w3, #0xffff0000
> ff3b0814: b81fc003 stur w3, [x0, #-4]
> ff3b0818: b9400823 ldr w3, [x1, #8]
> ff3b081c: b9000003 str w3, [x0]
> ff3b0820: b9401023 ldr w3, [x1, #16]
> ff3b0824: 32103c63 orr w3, w3, #0xffff0000
> ff3b0828: b9000803 str w3, [x0, #8]
> ff3b082c: b9401423 ldr w3, [x1, #20]
> ff3b0830: 32103c63 orr w3, w3, #0xffff0000
> ff3b0834: b9000c03 str w3, [x0, #12]
> ff3b0838: b9400c21 ldr w1, [x1, #12]
> ff3b083c: 32103c21 orr w1, w1, #0xffff0000
> ff3b0840: b8134041 stur w1, [x2, #-204]
> ff3b0844: b9400001 ldr w1, [x0]
> ff3b0848: 36ffffe1 tbz w1, #31, ff3b0844 <dmc_resume+0xf8>
> ff3b084c: d2800800 mov x0, #0x40 // #64
> ff3b0850: d2802215 mov x21, #0x110 // #272
> ff3b0854: f2bfe660 movk x0, #0xff33, lsl #16
> ff3b0858: 52984001 mov w1, #0xc200 // #49664
> ff3b085c: d0000016 adrp x22, ff3b2000 <rk3399m0pmu_bin>
> ff3b0860: f2bff515 movk x21, #0xffa8, lsl #16
> ff3b0864: 910902d3 add x19, x22, #0x240
> ff3b0868: 914022b7 add x23, x21, #0x8, lsl #12
> ff3b086c: 72b84001 movk w1, #0xc200, lsl #16
> ff3b0870: 52800014 mov w20, #0x0 // #0
> ff3b0874: b9000001 str w1, [x0]
> ff3b0878: 52850009 mov w9, #0x2800 // #10240
> ff3b087c: d000000b adrp x11, ff3b2000 <rk3399m0pmu_bin>
> ff3b0880: 910a516b add x11, x11, #0x294
> ff3b0884: 72bff509 movk w9, #0xffa8, lsl #16
> ff3b0888: 5280000a mov w10, #0x0 // #0
> ff3b088c: 39413660 ldrb w0, [x19, #77]
> ff3b0890: 6b0a001f cmp w0, w10
> ff3b0894: 540004e8 b.hi ff3b0930 <dmc_resume+0x1e4> // b.pmore
> ff3b0898: 39400660 ldrb w0, [x19, #1]
> ff3b089c: 34000040 cbz w0, ff3b08a4 <dmc_resume+0x158>
> ff3b08a0: 32000294 orr w20, w20, #0x1
> ff3b08a4: 39409660 ldrb w0, [x19, #37]
> ff3b08a8: 34000040 cbz w0, ff3b08b0 <dmc_resume+0x164>
> ff3b08ac: 321f0294 orr w20, w20, #0x2
> ff3b08b0: b94002a0 ldr w0, [x21]
> ff3b08b4: 12000281 and w1, w20, #0x1
> ff3b08b8: 32100000 orr w0, w0, #0x10000
> ff3b08bc: b90002a0 str w0, [x21]
> ff3b08c0: b94002e0 ldr w0, [x23]
> ff3b08c4: 32100000 orr w0, w0, #0x10000
> ff3b08c8: b90002e0 str w0, [x23]
> ff3b08cc: 360000d4 tbz w20, #0, ff3b08e4 <dmc_resume+0x198>
> ff3b08d0: d2800402 mov x2, #0x20 // #32
> ff3b08d4: f2bfe622 movk x2, #0xff31, lsl #16
> ff3b08d8: b9400040 ldr w0, [x2]
> ff3b08dc: 320d0000 orr w0, w0, #0x80000
> ff3b08e0: b9000040 str w0, [x2]
> ff3b08e4: 121f0285 and w5, w20, #0x2
> ff3b08e8: 36081374 tbz w20, #1, ff3b0b54 <dmc_resume+0x408>
> ff3b08ec: d2800402 mov x2, #0x20 // #32
> ff3b08f0: f2bfe622 movk x2, #0xff31, lsl #16
> ff3b08f4: b9400040 ldr w0, [x2]
> ff3b08f8: 32090000 orr w0, w0, #0x800000
> ff3b08fc: b9000040 str w0, [x2]
> ff3b0900: 35000ea1 cbnz w1, ff3b0ad4 <dmc_resume+0x388>
> ff3b0904: d295de82 mov x2, #0xaef4 // #44788
> ff3b0908: f2bff502 movk x2, #0xffa8, lsl #16
> ff3b090c: b9400040 ldr w0, [x2]
> ff3b0910: 12067400 and w0, w0, #0xfcffffff
> ff3b0914: 32070000 orr w0, w0, #0x2000000
> ff3b0918: b9000040 str w0, [x2]
> ff3b091c: 35000ea1 cbnz w1, ff3b0af0 <dmc_resume+0x3a4>
> ff3b0920: d2906585 mov x5, #0x832c // #33580
> ff3b0924: 52800cc4 mov w4, #0x66 // #102
> ff3b0928: f2bff505 movk x5, #0xffa8, lsl #16
> ff3b092c: 1400010d b ff3b0d60 <dmc_resume+0x614>
> ff3b0930: 52800022 mov w2, #0x1 // #1
> ff3b0934: 2a0203e1 mov w1, w2
> ff3b0938: 2a0a03e0 mov w0, w10
> ff3b093c: 97fffdcf bl ff3b0078 <rkclk_ddr_reset>
> ff3b0940: 52800140 mov w0, #0xa // #10
> ff3b0944: 97fffdc0 bl ff3b0044 <sram_udelay>
> ff3b0948: 52800002 mov w2, #0x0 // #0
> ff3b094c: 52800021 mov w1, #0x1 // #1
> ff3b0950: 2a0a03e0 mov w0, w10
> ff3b0954: 97fffdc9 bl ff3b0078 <rkclk_ddr_reset>
> ff3b0958: 52800140 mov w0, #0xa // #10
> ff3b095c: 97fffdba bl ff3b0044 <sram_udelay>
> ff3b0960: 52800002 mov w2, #0x0 // #0
> ff3b0964: 52800001 mov w1, #0x0 // #0
> ff3b0968: 2a0a03e0 mov w0, w10
> ff3b096c: 97fffdc3 bl ff3b0078 <rkclk_ddr_reset>
> ff3b0970: 52800140 mov w0, #0xa // #10
> ff3b0974: 97fffdb4 bl ff3b0044 <sram_udelay>
> ff3b0978: 39413260 ldrb w0, [x19, #76]
> ff3b097c: 71001c1f cmp w0, #0x7
> ff3b0980: 54000081 b.ne ff3b0990 <dmc_resume+0x244> // b.any
> ff3b0984: b9404a61 ldr w1, [x19, #72]
> ff3b0988: 2a0a03e0 mov w0, w10
> ff3b098c: 97ffff33 bl ff3b0658 <phy_dll_bypass_set>
> ff3b0990: aa0b03e1 mov x1, x11
> ff3b0994: 52802962 mov w2, #0x14b // #331
> ff3b0998: 1284ff60 mov w0, #0xffffd804 // #-10236
> ff3b099c: 0b000120 add w0, w9, w0
> ff3b09a0: 97fffda0 bl ff3b0020 <sram_regcpy>
> ff3b09a4: 51400924 sub w4, w9, #0x2, lsl #12
> ff3b09a8: 1284ffe1 mov w1, #0xffffd800 // #-10240
> ff3b09ac: 0b010125 add w5, w9, w1
> ff3b09b0: b9405260 ldr w0, [x19, #80]
> ff3b09b4: 52801902 mov w2, #0xc8 // #200
> ff3b09b8: d0000001 adrp x1, ff3b2000 <rk3399m0pmu_bin>
> ff3b09bc: 911f0021 add x1, x1, #0x7c0
> ff3b09c0: b90000a0 str w0, [x5]
> ff3b09c4: aa0403e0 mov x0, x4
> ff3b09c8: 97fffd96 bl ff3b0020 <sram_regcpy>
> ff3b09cc: 1118e120 add w0, w9, #0x638
> ff3b09d0: 52800062 mov w2, #0x3 // #3
> ff3b09d4: d0000001 adrp x1, ff3b2000 <rk3399m0pmu_bin>
> ff3b09d8: 91393021 add x1, x1, #0xe4c
> ff3b09dc: 97fffd91 bl ff3b0020 <sram_regcpy>
> ff3b09e0: 1284dde2 mov w2, #0xffffd910 // #-9968
> ff3b09e4: 0b020121 add w1, w9, w2
> ff3b09e8: b9400020 ldr w0, [x1]
> ff3b09ec: 32100000 orr w0, w0, #0x10000
> ff3b09f0: b9000020 str w0, [x1]
> ff3b09f4: 111bd121 add w1, w9, #0x6f4
> ff3b09f8: b9400020 ldr w0, [x1]
> ff3b09fc: 12067400 and w0, w0, #0xfcffffff
> ff3b0a00: 32080000 orr w0, w0, #0x1000000
> ff3b0a04: b9000020 str w0, [x1]
> ff3b0a08: d5033ebf dmb st
> ff3b0a0c: b9400080 ldr w0, [x4]
> ff3b0a10: 11198122 add w2, w9, #0x660
> ff3b0a14: 11199123 add w3, w9, #0x664
> ff3b0a18: 1118f121 add w1, w9, #0x63c
> ff3b0a1c: 32000000 orr w0, w0, #0x1
> ff3b0a20: b9000080 str w0, [x4]
> ff3b0a24: 1119a124 add w4, w9, #0x668
> ff3b0a28: b94000a0 ldr w0, [x5]
> ff3b0a2c: 32000000 orr w0, w0, #0x1
> ff3b0a30: b90000a0 str w0, [x5]
> ff3b0a34: 320083e5 mov w5, #0x10001 // #65537
> ff3b0a38: b9400047 ldr w7, [x2]
> ff3b0a3c: b9400060 ldr w0, [x3]
> ff3b0a40: b9400086 ldr w6, [x4]
> ff3b0a44: 368000a7 tbz w7, #16, ff3b0a58 <dmc_resume+0x30c>
> ff3b0a48: 12008000 and w0, w0, #0x10001
> ff3b0a4c: 6b05001f cmp w0, w5
> ff3b0a50: 54000041 b.ne ff3b0a58 <dmc_resume+0x30c> // b.any
> ff3b0a54: 37000066 tbnz w6, #0, ff3b0a60 <dmc_resume+0x314>
> ff3b0a58: b9400020 ldr w0, [x1]
> ff3b0a5c: 3607fee0 tbz w0, #0, ff3b0a38 <dmc_resume+0x2ec>
> ff3b0a60: d0000005 adrp x5, ff3b2000 <rk3399m0pmu_bin>
> ff3b0a64: 11180126 add w6, w9, #0x600
> ff3b0a68: 51200124 sub w4, w9, #0x800
> ff3b0a6c: 912b80a5 add x5, x5, #0xae0
> ff3b0a70: 11180120 add w0, w9, #0x600
> ff3b0a74: 528007e2 mov w2, #0x3f // #63
> ff3b0a78: d0000001 adrp x1, ff3b2000 <rk3399m0pmu_bin>
> ff3b0a7c: 91385021 add x1, x1, #0xe14
> ff3b0a80: 97fffd68 bl ff3b0020 <sram_regcpy>
> ff3b0a84: 2a0403e0 mov w0, w4
> ff3b0a88: aa0503e1 mov x1, x5
> ff3b0a8c: 52800b62 mov w2, #0x5b // #91
> ff3b0a90: 11080084 add w4, w4, #0x200
> ff3b0a94: 97fffd63 bl ff3b0020 <sram_regcpy>
> ff3b0a98: 6b04013f cmp w9, w4
> ff3b0a9c: 54ffff41 b.ne ff3b0a84 <dmc_resume+0x338> // b.any
> ff3b0aa0: d0000005 adrp x5, ff3b2000 <rk3399m0pmu_bin>
> ff3b0aa4: 913130a5 add x5, x5, #0xc4c
> ff3b0aa8: aa0503e1 mov x1, x5
> ff3b0aac: 2a0403e0 mov w0, w4
> ff3b0ab0: 528004c2 mov w2, #0x26 // #38
> ff3b0ab4: 11080084 add w4, w4, #0x200
> ff3b0ab8: 97fffd5a bl ff3b0020 <sram_regcpy>
> ff3b0abc: 910260a5 add x5, x5, #0x98
> ff3b0ac0: 6b0400df cmp w6, w4
> ff3b0ac4: 54ffff21 b.ne ff3b0aa8 <dmc_resume+0x35c> // b.any
> ff3b0ac8: 1100054a add w10, w10, #0x1
> ff3b0acc: 11402129 add w9, w9, #0x8, lsl #12
> ff3b0ad0: 17ffff6f b ff3b088c <dmc_resume+0x140>
> ff3b0ad4: d285de82 mov x2, #0x2ef4 // #12020
> ff3b0ad8: f2bff502 movk x2, #0xffa8, lsl #16
> ff3b0adc: b9400040 ldr w0, [x2]
> ff3b0ae0: 12067400 and w0, w0, #0xfcffffff
> ff3b0ae4: 32070000 orr w0, w0, #0x2000000
> ff3b0ae8: b9000040 str w0, [x2]
> ff3b0aec: 35fff0c5 cbnz w5, ff3b0904 <dmc_resume+0x1b8>
> ff3b0af0: d2806586 mov x6, #0x32c // #812
> ff3b0af4: 52800cc4 mov w4, #0x66 // #102
> ff3b0af8: f2bff506 movk x6, #0xffa8, lsl #16
> ff3b0afc: b94000c0 ldr w0, [x6]
> ff3b0b00: 361811e0 tbz w0, #3, ff3b0d3c <dmc_resume+0x5f0>
> ff3b0b04: d2802201 mov x1, #0x110 // #272
> ff3b0b08: d0000002 adrp x2, ff3b2000 <rk3399m0pmu_bin>
> ff3b0b0c: f2bff501 movk x1, #0xffa8, lsl #16
> ff3b0b10: 913c4042 add x2, x2, #0xf10
> ff3b0b14: b9400020 ldr w0, [x1]
> ff3b0b18: 120f7800 and w0, w0, #0xfffeffff
> ff3b0b1c: b9000020 str w0, [x1]
> ff3b0b20: d2841c80 mov x0, #0x20e4 // #8420
> ff3b0b24: f2bff500 movk x0, #0xffa8, lsl #16
> ff3b0b28: 91200003 add x3, x0, #0x800
> ff3b0b2c: b9400001 ldr w1, [x0]
> ff3b0b30: b8404444 ldr w4, [x2], #4
> ff3b0b34: 12044c21 and w1, w1, #0xf000ffff
> ff3b0b38: 2a040021 orr w1, w1, w4
> ff3b0b3c: b9000001 str w1, [x0]
> ff3b0b40: 91080000 add x0, x0, #0x200
> ff3b0b44: eb03001f cmp x0, x3
> ff3b0b48: 54ffff21 b.ne ff3b0b2c <dmc_resume+0x3e0> // b.any
> ff3b0b4c: 35ffeea5 cbnz w5, ff3b0920 <dmc_resume+0x1d4>
> ff3b0b50: 14000002 b ff3b0b58 <dmc_resume+0x40c>
> ff3b0b54: 35fffc01 cbnz w1, ff3b0ad4 <dmc_resume+0x388>
> ff3b0b58: d288011c mov x28, #0x4008 // #16392
> ff3b0b5c: aa1303fa mov x26, x19
> ff3b0b60: f2bff51c movk x28, #0xffa8, lsl #16
> ff3b0b64: 5280001b mov w27, #0x0 // #0
> ff3b0b68: 52800038 mov w24, #0x1 // #1
> ff3b0b6c: 52800079 mov w25, #0x3 // #3
> ff3b0b70: 39413662 ldrb w2, [x19, #77]
> ff3b0b74: 6b1b005f cmp w2, w27
> ff3b0b78: 540011e8 b.hi ff3b0db4 <dmc_resume+0x668> // b.pmore
> ff3b0b7c: 39400660 ldrb w0, [x19, #1]
> ff3b0b80: 340002c0 cbz w0, ff3b0bd8 <dmc_resume+0x48c>
> ff3b0b84: d2880201 mov x1, #0x4010 // #16400
> ff3b0b88: b9400e63 ldr w3, [x19, #12]
> ff3b0b8c: f2bff501 movk x1, #0xffa8, lsl #16
> ff3b0b90: aa0103e0 mov x0, x1
> ff3b0b94: b8004403 str w3, [x0], #4
> ff3b0b98: b9401263 ldr w3, [x19, #16]
> ff3b0b9c: b9000423 str w3, [x1, #4]
> ff3b0ba0: b9401661 ldr w1, [x19, #20]
> ff3b0ba4: b9000401 str w1, [x0, #4]
> ff3b0ba8: b9401a61 ldr w1, [x19, #24]
> ff3b0bac: b9000801 str w1, [x0, #8]
> ff3b0bb0: b9401e61 ldr w1, [x19, #28]
> ff3b0bb4: b900fc01 str w1, [x0, #252]
> ff3b0bb8: 394902c0 ldrb w0, [x22, #576]
> ff3b0bbc: 7100041f cmp w0, #0x1
> ff3b0bc0: 540000c1 b.ne ff3b0bd8 <dmc_resume+0x48c> // b.any
> ff3b0bc4: d2808a01 mov x1, #0x450 // #1104
> ff3b0bc8: f2bff501 movk x1, #0xffa8, lsl #16
> ff3b0bcc: b9400020 ldr w0, [x1]
> ff3b0bd0: 320f0000 orr w0, w0, #0x20000
> ff3b0bd4: b9000020 str w0, [x1]
> ff3b0bd8: 39409660 ldrb w0, [x19, #37]
> ff3b0bdc: 340002c0 cbz w0, ff3b0c34 <dmc_resume+0x4e8>
> ff3b0be0: d2980201 mov x1, #0xc010 // #49168
> ff3b0be4: b9403263 ldr w3, [x19, #48]
> ff3b0be8: f2bff501 movk x1, #0xffa8, lsl #16
> ff3b0bec: aa0103e0 mov x0, x1
> ff3b0bf0: b8004403 str w3, [x0], #4
> ff3b0bf4: b9403663 ldr w3, [x19, #52]
> ff3b0bf8: b9000423 str w3, [x1, #4]
> ff3b0bfc: b9403a61 ldr w1, [x19, #56]
> ff3b0c00: b9000401 str w1, [x0, #4]
> ff3b0c04: b9403e61 ldr w1, [x19, #60]
> ff3b0c08: b9000801 str w1, [x0, #8]
> ff3b0c0c: b9404261 ldr w1, [x19, #64]
> ff3b0c10: b900fc01 str w1, [x0, #252]
> ff3b0c14: 39409260 ldrb w0, [x19, #36]
> ff3b0c18: 7100041f cmp w0, #0x1
> ff3b0c1c: 540000c1 b.ne ff3b0c34 <dmc_resume+0x4e8> // b.any
> ff3b0c20: d2908a01 mov x1, #0x8450 // #33872
> ff3b0c24: f2bff501 movk x1, #0xffa8, lsl #16
> ff3b0c28: b9400020 ldr w0, [x1]
> ff3b0c2c: 320f0000 orr w0, w0, #0x20000
> ff3b0c30: b9000020 str w0, [x1]
> ff3b0c34: 39413a60 ldrb w0, [x19, #78]
> ff3b0c38: d29c0201 mov x1, #0xe010 // #57360
> ff3b0c3c: f2bfe661 movk x1, #0xff33, lsl #16
> ff3b0c40: 53165400 lsl w0, w0, #10
> ff3b0c44: 32061000 orr w0, w0, #0x7c000000
> ff3b0c48: b9000020 str w0, [x1]
> ff3b0c4c: d2802480 mov x0, #0x124 // #292
> ff3b0c50: 52803001 mov w1, #0x180 // #384
> ff3b0c54: f2bfeea0 movk x0, #0xff75, lsl #16
> ff3b0c58: 72a03801 movk w1, #0x1c0, lsl #16
> ff3b0c5c: b9000001 str w1, [x0]
> ff3b0c60: d280a201 mov x1, #0x510 // #1296
> ff3b0c64: f2bfeec1 movk x1, #0xff76, lsl #16
> ff3b0c68: b9400020 ldr w0, [x1]
> ff3b0c6c: 32000400 orr w0, w0, #0x3
> ff3b0c70: b9000020 str w0, [x1]
> ff3b0c74: d2803780 mov x0, #0x1bc // #444
> ff3b0c78: 528000a1 mov w1, #0x5 // #5
> ff3b0c7c: f2bff500 movk x0, #0xffa8, lsl #16
> ff3b0c80: 72a006a1 movk w1, #0x35, lsl #16
> ff3b0c84: b9400000 ldr w0, [x0]
> ff3b0c88: 53107c00 lsr w0, w0, #16
> ff3b0c8c: 11000400 add w0, w0, #0x1
> ff3b0c90: 12000015 and w21, w0, #0x1
> ff3b0c94: 531c0000 ubfiz w0, w0, #4, #1
> ff3b0c98: 2a010000 orr w0, w0, w1
> ff3b0c9c: d2bfec41 mov x1, #0xff620000 // #4284612608
> ff3b0ca0: b9000020 str w0, [x1]
> ff3b0ca4: d2800200 mov x0, #0x10 // #16
> ff3b0ca8: f2bfec40 movk x0, #0xff62, lsl #16
> ff3b0cac: b9400001 ldr w1, [x0]
> ff3b0cb0: 3617ffe1 tbz w1, #2, ff3b0cac <dmc_resume+0x560>
> ff3b0cb4: d2bfec41 mov x1, #0xff620000 // #4284612608
> ff3b0cb8: 320f83e3 mov w3, #0x20002 // #131074
> ff3b0cbc: b9000023 str w3, [x1]
> ff3b0cc0: b9400001 ldr w1, [x0]
> ff3b0cc4: 3607ffe1 tbz w1, #0, ff3b0cc0 <dmc_resume+0x574>
> ff3b0cc8: d285c017 mov x23, #0x2e00 // #11776
> ff3b0ccc: 53185eb5 lsl w21, w21, #8
> ff3b0cd0: d2800014 mov x20, #0x0 // #0
> ff3b0cd4: 52900016 mov w22, #0x8000 // #32768
> ff3b0cd8: f2bff517 movk x23, #0xffa8, lsl #16
> ff3b0cdc: 12806038 mov w24, #0xfffffcfe // #-770
> ff3b0ce0: 2a1403e0 mov w0, w20
> ff3b0ce4: 6b14005f cmp w2, w20
> ff3b0ce8: 540001c9 b.ls ff3b0d20 <dmc_resume+0x5d4> // b.plast
> ff3b0cec: 39413261 ldrb w1, [x19, #76]
> ff3b0cf0: 71001c3f cmp w1, #0x7
> ff3b0cf4: 540000c0 b.eq ff3b0d0c <dmc_resume+0x5c0> // b.none
> ff3b0cf8: 9bb65e83 umaddl x3, w20, w22, x23
> ff3b0cfc: b9400061 ldr w1, [x3]
> ff3b0d00: 0a180021 and w1, w1, w24
> ff3b0d04: 2a0102a1 orr w1, w21, w1
> ff3b0d08: b9000061 str w1, [x3]
> ff3b0d0c: b9006fe2 str w2, [sp, #108]
> ff3b0d10: 97fffcff bl ff3b010c <data_training.constprop.0>
> ff3b0d14: b9406fe2 ldr w2, [sp, #108]
> ff3b0d18: 91000694 add x20, x20, #0x1
> ff3b0d1c: 34fffe20 cbz w0, ff3b0ce0 <dmc_resume+0x594>
> ff3b0d20: a94153f3 ldp x19, x20, [sp, #16]
> ff3b0d24: a9425bf5 ldp x21, x22, [sp, #32]
> ff3b0d28: a94363f7 ldp x23, x24, [sp, #48]
> ff3b0d2c: a9446bf9 ldp x25, x26, [sp, #64]
> ff3b0d30: a94573fb ldp x27, x28, [sp, #80]
> ff3b0d34: a8c77bfd ldp x29, x30, [sp], #112
> ff3b0d38: d65f03c0 ret
> ff3b0d3c: 71000484 subs w4, w4, #0x1
> ff3b0d40: 54ffd9c0 b.eq ff3b0878 <dmc_resume+0x12c> // b.none
> ff3b0d44: 52800c80 mov w0, #0x64 // #100
> ff3b0d48: 97fffcbf bl ff3b0044 <sram_udelay>
> ff3b0d4c: 17ffff6c b ff3b0afc <dmc_resume+0x3b0>
> ff3b0d50: 71000484 subs w4, w4, #0x1
> ff3b0d54: 54ffd920 b.eq ff3b0878 <dmc_resume+0x12c> // b.none
> ff3b0d58: 52800c80 mov w0, #0x64 // #100
> ff3b0d5c: 97fffcba bl ff3b0044 <sram_udelay>
> ff3b0d60: b94000a0 ldr w0, [x5]
> ff3b0d64: 361fff60 tbz w0, #3, ff3b0d50 <dmc_resume+0x604>
> ff3b0d68: d2902201 mov x1, #0x8110 // #33040
> ff3b0d6c: d0000002 adrp x2, ff3b2000 <rk3399m0pmu_bin>
> ff3b0d70: f2bff501 movk x1, #0xffa8, lsl #16
> ff3b0d74: 913c8042 add x2, x2, #0xf20
> ff3b0d78: b9400020 ldr w0, [x1]
> ff3b0d7c: 120f7800 and w0, w0, #0xfffeffff
> ff3b0d80: b9000020 str w0, [x1]
> ff3b0d84: d2941c80 mov x0, #0xa0e4 // #41188
> ff3b0d88: f2bff500 movk x0, #0xffa8, lsl #16
> ff3b0d8c: 91200003 add x3, x0, #0x800
> ff3b0d90: b9400001 ldr w1, [x0]
> ff3b0d94: b8404444 ldr w4, [x2], #4
> ff3b0d98: 12044c21 and w1, w1, #0xf000ffff
> ff3b0d9c: 2a040021 orr w1, w1, w4
> ff3b0da0: b9000001 str w1, [x0]
> ff3b0da4: 91080000 add x0, x0, #0x200
> ff3b0da8: eb03001f cmp x0, x3
> ff3b0dac: 54ffff21 b.ne ff3b0d90 <dmc_resume+0x644> // b.any
> ff3b0db0: 17ffff6a b ff3b0b58 <dmc_resume+0x40c>
> ff3b0db4: 39413260 ldrb w0, [x19, #76]
> ff3b0db8: 7100181f cmp w0, #0x6
> ff3b0dbc: 540000e1 b.ne ff3b0dd8 <dmc_resume+0x68c> // b.any
> ff3b0dc0: 52800140 mov w0, #0xa // #10
> ff3b0dc4: 97fffca0 bl ff3b0044 <sram_udelay>
> ff3b0dc8: 2a1b03e0 mov w0, w27
> ff3b0dcc: 97fffcd0 bl ff3b010c <data_training.constprop.0>
> ff3b0dd0: 34000080 cbz w0, ff3b0de0 <dmc_resume+0x694>
> ff3b0dd4: 17fffea9 b ff3b0878 <dmc_resume+0x12c>
> ff3b0dd8: 71001c1f cmp w0, #0x7
> ff3b0ddc: 54ffff61 b.ne ff3b0dc8 <dmc_resume+0x67c> // b.any
> ff3b0de0: 39401b40 ldrb w0, [x26, #6]
> ff3b0de4: 39400741 ldrb w1, [x26, #1]
> ff3b0de8: 39400b42 ldrb w2, [x26, #2]
> ff3b0dec: 0b000021 add w1, w1, w0
> ff3b0df0: 39400344 ldrb w4, [x26]
> ff3b0df4: 0b020021 add w1, w1, w2
> ff3b0df8: 39400f42 ldrb w2, [x26, #3]
> ff3b0dfc: b9400b43 ldr w3, [x26, #8]
> ff3b0e00: 0b020021 add w1, w1, w2
> ff3b0e04: 51005021 sub w1, w1, #0x14
> ff3b0e08: 1ac12302 lsl w2, w24, w1
> ff3b0e0c: 7100049f cmp w4, #0x1
> ff3b0e10: 54000268 b.hi ff3b0e5c <dmc_resume+0x710> // b.pmore
> ff3b0e14: 52800000 mov w0, #0x0 // #0
> ff3b0e18: 39401744 ldrb w4, [x26, #5]
> ff3b0e1c: 340000a4 cbz w4, ff3b0e30 <dmc_resume+0x6e4>
> ff3b0e20: 0b000400 add w0, w0, w0, lsl #1
> ff3b0e24: 1ac12321 lsl w1, w25, w1
> ff3b0e28: 53027c22 lsr w2, w1, #2
> ff3b0e2c: 53027c00 lsr w0, w0, #2
> ff3b0e30: 53057c00 lsr w0, w0, #5
> ff3b0e34: 2a031863 orr w3, w3, w3, lsl #6
> ff3b0e38: d3453042 ubfx x2, x2, #5, #8
> ff3b0e3c: b9000383 str w3, [x28]
> ff3b0e40: 53181c00 ubfiz w0, w0, #8, #8
> ff3b0e44: 1100077b add w27, w27, #0x1
> ff3b0e48: 2a020000 orr w0, w0, w2
> ff3b0e4c: 9100935a add x26, x26, #0x24
> ff3b0e50: b9000780 str w0, [x28, #4]
> ff3b0e54: 9140239c add x28, x28, #0x8, lsl #12
> ff3b0e58: 17ffff46 b ff3b0b70 <dmc_resume+0x424>
> ff3b0e5c: 39401f44 ldrb w4, [x26, #7]
> ff3b0e60: 4b040000 sub w0, w0, w4
> ff3b0e64: 1ac02440 lsr w0, w2, w0
> ff3b0e68: 17ffffec b ff3b0e18 <dmc_resume+0x6cc>
>
> 00000000ff3b0e6c <secure_watchdog_ungate>:
> ff3b0e6c: d29c0180 mov x0, #0xe00c // #57356
> ff3b0e70: 52a0a001 mov w1, #0x5000000 // #83886080
> ff3b0e74: f2bfe660 movk x0, #0xff33, lsl #16
> ff3b0e78: b9000001 str w1, [x0]
> ff3b0e7c: d65f03c0 ret
>
> 00000000ff3b0e80 <sram_secure_timer_init>:
> ff3b0e80: d2901401 mov x1, #0x80a0 // #32928
> ff3b0e84: 12800002 mov w2, #0xffffffff // #-1
> ff3b0e88: f2bff0c1 movk x1, #0xff86, lsl #16
> ff3b0e8c: aa0103e0 mov x0, x1
> ff3b0e90: b8004402 str w2, [x0], #4
> ff3b0e94: b9000422 str w2, [x1, #4]
> ff3b0e98: 52800021 mov w1, #0x1 // #1
> ff3b0e9c: b9000c1f str wzr, [x0, #12]
> ff3b0ea0: b9000c1f str wzr, [x0, #12]
> ff3b0ea4: b9001801 str w1, [x0, #24]
> ff3b0ea8: d65f03c0 ret
>
> 00000000ff3b0eac <pmu_sgrf_rst_hld_release>:
> ff3b0eac: d2802480 mov x0, #0x124 // #292
> ff3b0eb0: 52a00801 mov w1, #0x400000 // #4194304
> ff3b0eb4: f2bfeea0 movk x0, #0xff75, lsl #16
> ff3b0eb8: b9000001 str w1, [x0]
> ff3b0ebc: d65f03c0 ret
>
> 00000000ff3b0ec0 <restore_pmu_rsthold>:
> ff3b0ec0: d0000000 adrp x0, ff3b2000 <rk3399m0pmu_bin>
> ff3b0ec4: d2802401 mov x1, #0x120 // #288
> ff3b0ec8: 913d4002 add x2, x0, #0xf50
> ff3b0ecc: f2bfeea1 movk x1, #0xff75, lsl #16
> ff3b0ed0: b94f5000 ldr w0, [x0, #3920]
> ff3b0ed4: 32103c00 orr w0, w0, #0xffff0000
> ff3b0ed8: b9000020 str w0, [x1]
> ff3b0edc: b9400440 ldr w0, [x2, #4]
> ff3b0ee0: 32103c00 orr w0, w0, #0xffff0000
> ff3b0ee4: b9000420 str w0, [x1, #4]
> ff3b0ee8: d65f03c0 ret
> ff3b0eec: 00000000 udf #0
> ff3b0ef0: 14000400 b ff3b1ef0 <__bl31_pmusram_text_end>
> ff3b0ef4: d503201f nop
>
> 00000000ff3b0ef8 <__bl31_warm_entrypoint_veneer>:
> ff3b0ef8: 90806490 adrp x16, 40000 <RAM_REGION_START>
> ff3b0efc: 9105c210 add x16, x16, #0x170
> ff3b0f00: d61f0200 br x16
> ff3b0f04: 00000000 udf #0
>
> 00000000ff3b0f08 <__sram_restore_veneer>:
> ff3b0f08: d0806550 adrp x16, 5a000 <pmu_power_domain_ctr.isra.0+0x64>
> ff3b0f0c: 91175210 add x16, x16, #0x5d4
> ff3b0f10: d61f0200 br x16
> ...
>
> 00000000ff3b1ef0 <__bl31_pmusram_text_end>:
> ...
>
> 00000000ff3b2000 <rk3399m0pmu_bin>:
> ff3b2000: 00000240 00000135 00000131 00000131 @...5...1...1...
> ...
> ff3b202c: 00000131 00000000 00000000 00000131 1...........1...
> ff3b203c: 00000131 00000000 00000000 00000000 1...............
> ...
> ff3b20e8: 68134a0e d0fc2b00 4a0d2101 438b6813 .J.h.+...!.J.h.C
> ff3b20f8: 4a0a6013 2b106813 2102d9fc 68134a09 .`.J.h.+...!.J.h
> ff3b2108: 6013430b 68134a05 d9fc2b19 4a052102 .C.`.J.h.+...!.J
> ff3b2118: 438b6813 bf306013 46c0e7fd 47310078 .h.C.`0....Fx.1G
> ff3b2128: 47310020 47310024 46c0e7fe f7ffb510 .1G$.1G...F....
> ff3b2138: bd10ffd7 00000000 00000000 00000000 ................
> ...
>
> 00000000ff3b2240 <sdram_config>:
> ...
>
> 00000000ff3b2f30 <cru_clksel_con6>:
> ff3b2f30: 00000000 ....
>
> 00000000ff3b2f34 <dpll_data>:
> ...
>
> 00000000ff3b2f4c <pmu_enable_watchdog0>:
> ff3b2f4c: 00000000 ....
>
> 00000000ff3b2f50 <pmu_slp_data>:
> ...
>
>
>
>
>
>
>> Quentin
>>
^ permalink raw reply [flat|nested] 12+ messages in thread
* Re: RK3399 TF-A hash verification failure for atf-3
2026-07-24 12:55 ` Quentin Schulz
@ 2026-07-26 11:46 ` Vic B via U-Boot
2026-07-27 12:12 ` Peter Robinson
0 siblings, 1 reply; 12+ messages in thread
From: Vic B via U-Boot @ 2026-07-26 11:46 UTC (permalink / raw)
To: Quentin Schulz; +Cc: Peter Robinson, u-boot
On Fri, Jul 24, 2026 at 02:55:20PM +0200, Quentin Schulz wrote:
> Hi Vic,
Hi Quentin,
> Since this is not really a U-Boot issue but rather TF-A as I understood it,
> maybe add (or switch to) the TF-A mailing list in Cc/To? c.f. https://lists.trustedfirmware.org/mailman3/lists/tf-a.lists.trustedfirmware.org/
>
> The few times I wrote there I got first support in under a few days.
Yes, switching to TF-A mailing at this point is obviously the best way
to go now.
Although GCC 14.2 from Debian's stable which hits this issue is no longer
supported by TF-A (according to TF-A docs, minimal supported version GCC
version is 14.3), the same failure also happens on Debian testing with GCC
15.2, which is another reason to continue with TF-A folks rather than
let this go.
> > The Armbian's attempt to fix the issue by increasing PMUSRAM_RSIZE
> > in plat/rockchip/rk3399/include/shared/addressmap_shared.h from 8K
> > to 16K seems like more promising course to me - although the resulting
> > build with oversized pmusram isn't really usable, it produces much more
>
> I don't think generating a broken binary over erroring out is a good thing
> (it seems however to be quite useful for your debugging session :) ). What I
> mean is that I don't think this is something we should get merged into TF-A.
I'm sure this one shouldn't get merged, although it is useful for
debugging, when the broken binary gets loaded by u-boot (which is
possible after disabling hash verification), it most probably results
in the M0 PMU running garbage after having the first half of its code
overwritten by the overflowing part.
But despite the M0 PMU running garbage and most probably not working at
all, the system appears stable even with this obviously broken binary.
And this is IMHO yet another reason to ask for help from TF-A folks, as I
have no idea how to determine whether the resulting PMUSRAM image works
as expected.
Cheers,
Vic
> I have neither the time nor knowledge to look at the rest unfortunately, but
> I really appreciate you giving lots of information and debugging output, I'm
> sure this will help someone help you eventually :)
>
> Cheers,
> Quentin
^ permalink raw reply [flat|nested] 12+ messages in thread
* Re: RK3399 TF-A hash verification failure for atf-3
2026-07-26 11:46 ` Vic B via U-Boot
@ 2026-07-27 12:12 ` Peter Robinson
2026-07-27 20:15 ` Vic B via U-Boot
0 siblings, 1 reply; 12+ messages in thread
From: Peter Robinson @ 2026-07-27 12:12 UTC (permalink / raw)
To: Vic B; +Cc: Quentin Schulz, u-boot
On Sun, 26 Jul 2026 at 12:46, Vic B <u-boot@vicb.net> wrote:
>
> On Fri, Jul 24, 2026 at 02:55:20PM +0200, Quentin Schulz wrote:
> > Hi Vic,
>
> Hi Quentin,
>
> > Since this is not really a U-Boot issue but rather TF-A as I understood it,
> > maybe add (or switch to) the TF-A mailing list in Cc/To? c.f. https://lists.trustedfirmware.org/mailman3/lists/tf-a.lists.trustedfirmware.org/
> >
> > The few times I wrote there I got first support in under a few days.
>
> Yes, switching to TF-A mailing at this point is obviously the best way
> to go now.
>
> Although GCC 14.2 from Debian's stable which hits this issue is no longer
> supported by TF-A (according to TF-A docs, minimal supported version GCC
> version is 14.3), the same failure also happens on Debian testing with GCC
> 15.2, which is another reason to continue with TF-A folks rather than
> let this go.
The thing to note is it builds and works fine using the Fedora gcc
toolchain so it might not be considered a TF-A problem by the upstream
project. Now many that comes down the debian build options, or
settings in TF-A code, or some random combination of pieces is what
needs to be worked out.
> > > The Armbian's attempt to fix the issue by increasing PMUSRAM_RSIZE
> > > in plat/rockchip/rk3399/include/shared/addressmap_shared.h from 8K
> > > to 16K seems like more promising course to me - although the resulting
> > > build with oversized pmusram isn't really usable, it produces much more
> >
> > I don't think generating a broken binary over erroring out is a good thing
> > (it seems however to be quite useful for your debugging session :) ). What I
> > mean is that I don't think this is something we should get merged into TF-A.
>
> I'm sure this one shouldn't get merged, although it is useful for
> debugging, when the broken binary gets loaded by u-boot (which is
> possible after disabling hash verification), it most probably results
> in the M0 PMU running garbage after having the first half of its code
> overwritten by the overflowing part.
>
> But despite the M0 PMU running garbage and most probably not working at
> all, the system appears stable even with this obviously broken binary.
>
> And this is IMHO yet another reason to ask for help from TF-A folks, as I
> have no idea how to determine whether the resulting PMUSRAM image works
> as expected.
>
> Cheers,
>
> Vic
>
> > I have neither the time nor knowledge to look at the rest unfortunately, but
> > I really appreciate you giving lots of information and debugging output, I'm
> > sure this will help someone help you eventually :)
> >
> > Cheers,
> > Quentin
^ permalink raw reply [flat|nested] 12+ messages in thread
* Re: RK3399 TF-A hash verification failure for atf-3
2026-07-27 12:12 ` Peter Robinson
@ 2026-07-27 20:15 ` Vic B via U-Boot
0 siblings, 0 replies; 12+ messages in thread
From: Vic B via U-Boot @ 2026-07-27 20:15 UTC (permalink / raw)
To: Peter Robinson; +Cc: Quentin Schulz, u-boot
On Mon, Jul 27, 2026 at 01:12:58PM +0100, Peter Robinson wrote:
Hi Pete,
> > Although GCC 14.2 from Debian's stable which hits this issue is no longer
> > supported by TF-A (according to TF-A docs, minimal supported version GCC
> > version is 14.3), the same failure also happens on Debian testing with GCC
> > 15.2, which is another reason to continue with TF-A folks rather than
> > let this go.
>
> The thing to note is it builds and works fine using the Fedora gcc
> toolchain so it might not be considered a TF-A problem by the upstream
> project. Now many that comes down the debian build options, or
> settings in TF-A code, or some random combination of pieces is what
> needs to be worked out.
I agree, finding the option that causes the difference is what needs to
be worked out in the first place (at least for those of us who use
GCC on Debian or Debian-based distros and need to compile TF-A for
RK3399; other people aren't affected, so they don't have to care).
After this gets clarified, that option may be either added to the long
list of compiler/linker options that TF-A already uses (and make it
support GCC regardless of its distribution-dependent default
configuration), or adjusted in Debian's GCC package (which works for
everything else except TF-A for RK3399, so the motivation for such
adjustment is probably quite low).
My findings so far indicate that the TF-A build system is complex enough
to make the first step (i.e., finding the option that differs between
GCC's default configuration of Fedora and Debian and causes this issue
to happen) a non-trivial task for someone who isn't familiar with the
internals of TF-A's build, and the size and alignment requirements add
another non-trivial part hidden inside the M0 code and its makefiles and
linkerscripts.
This makes me believe that the authors of TF-A's M0 code for RK3399 (who
already have full understanding of how the M0 code works with the HW
while providing all required APIs to other components and meeting the
size and alignment requirements, and also of how it gets built) are much
more qualified to help with this than Debian's GCC maintainers.
On the other hand, I fully understand that TF-A team, despite listing
GCC as one of the supported compilers, don't actively chase this issue
on their own; after all, the fact that TF-A can be compiled with GCC on
Fedora without problems confirms that GCC support in TF-A is fine.
So in the end, it's not surprising that this issue persists since 2018
and seems to be heading into Debian's upcoming release and future TF-A
versions as well :(
Vic
^ permalink raw reply [flat|nested] 12+ messages in thread
* Re: RK3399 TF-A hash verification failure for atf-3
2026-07-22 17:12 ` Quentin Schulz via U-Boot
2026-07-22 22:29 ` Peter Robinson
2026-07-24 12:38 ` Vic B via U-Boot
@ 2026-07-30 13:59 ` Peter Robinson
2026-07-30 23:01 ` Vic B via U-Boot
2 siblings, 1 reply; 12+ messages in thread
From: Peter Robinson @ 2026-07-30 13:59 UTC (permalink / raw)
To: Quentin Schulz; +Cc: Vic B, u-boot
On Wed, 22 Jul 2026 at 18:13, Quentin Schulz via U-Boot
<u-boot@lists.u-boot-project.org> wrote:
>
> Hi Vic,
>
> On 7/18/26 6:03 PM, Vic B wrote:
> > [You don't often get email from u-boot@vicb.net. Learn why this is important at https://aka.ms/LearnAboutSenderIdentification ]
> >
> > Hi,
> >
> > while trying to compile u-boot v2026.07 (or v2026.04) for RK3399-based
> > NanoPi R4S, I run into issues with current mainline TF-A (using 2.14, more
> > precisely the lts-v2.14.4 tag). I'm cross-compiling both TF-A and u-boot
> > using GCC version 14.2.0 (Debian 14.2.0-19) from Debian Trixie.
> >
> > First, I encountered TF-A build failure with the
> >
> > region `PMUSRAM' overflowed by 3928 bytes
> >
> > error message, which seems to be a long-term issue know since 2018:
> >
> > https://github.com/ARM-software/tf-issues/issues/650
> >
> > and recently also mentioned in this mailing list:
> >
> > https://lists.denx.de/pipermail/u-boot/2026-April/613754.html
> >
> > Although some discussions suggest that this issue may be compiler or
> > toolchain dependent, I've eventually found a solution in Armbian
>
> Debian toolchain issue, reported to TF-A last year, see
> https://review.trustedfirmware.org/c/TF-A/trusted-firmware-a/+/36981/comments/877be809_5abf10d8.
> We wanted to rely on Debian upgrading at some point their TF-A, hitting
> the same issue and working on it but it seems they are stuck on
> lts-v2.12.1 (which is slightly concerning considering we're at
> lts-v2.12.12 already) so this hasn't happened yet. I'm building on
> Fedora and my company's CI has lts-v2.12 pinned to avoid this issue, so
> I'm not going to be chasing this myself. Can you try to work this out
> with Debian maybe? You're not the first, not the last I suspect either.
The distro team got to the bottom of the problem, it's an issue with
the TF-A linker [1] not getting that CPU errata may well be enabled by
default in a compiler options. The patch I think should apply to most
branches of TF-A.
[1] https://review.trustedfirmware.org/c/TF-A/trusted-firmware-a/+/53010
^ permalink raw reply [flat|nested] 12+ messages in thread
* Re: RK3399 TF-A hash verification failure for atf-3
2026-07-30 13:59 ` Peter Robinson
@ 2026-07-30 23:01 ` Vic B via U-Boot
0 siblings, 0 replies; 12+ messages in thread
From: Vic B via U-Boot @ 2026-07-30 23:01 UTC (permalink / raw)
To: Peter Robinson; +Cc: Quentin Schulz, u-boot
On Thu, Jul 30, 2026 at 02:59:05PM +0100, Peter Robinson wrote:
> > Debian toolchain issue, reported to TF-A last year, see
> > https://review.trustedfirmware.org/c/TF-A/trusted-firmware-a/+/36981/comments/877be809_5abf10d8.
> > We wanted to rely on Debian upgrading at some point their TF-A, hitting
> > the same issue and working on it but it seems they are stuck on
> > lts-v2.12.1 (which is slightly concerning considering we're at
> > lts-v2.12.12 already) so this hasn't happened yet. I'm building on
> > Fedora and my company's CI has lts-v2.12 pinned to avoid this issue, so
> > I'm not going to be chasing this myself. Can you try to work this out
> > with Debian maybe? You're not the first, not the last I suspect either.
>
> The distro team got to the bottom of the problem, it's an issue with
> the TF-A linker [1] not getting that CPU errata may well be enabled by
> default in a compiler options. The patch I think should apply to most
> branches of TF-A.
>
> [1] https://review.trustedfirmware.org/c/TF-A/trusted-firmware-a/+/53010
Works like a charm, thanks!
Vic
^ permalink raw reply [flat|nested] 12+ messages in thread
end of thread, other threads:[~2026-07-30 23:01 UTC | newest]
Thread overview: 12+ messages (download: mbox.gz follow: Atom feed
-- links below jump to the message on this page --
2026-07-18 16:03 RK3399 TF-A hash verification failure for atf-3 Vic B
2026-07-22 16:23 ` Peter Robinson via U-Boot
2026-07-24 10:57 ` Vic B via U-Boot
2026-07-22 17:12 ` Quentin Schulz via U-Boot
2026-07-22 22:29 ` Peter Robinson
2026-07-24 12:38 ` Vic B via U-Boot
2026-07-24 12:55 ` Quentin Schulz
2026-07-26 11:46 ` Vic B via U-Boot
2026-07-27 12:12 ` Peter Robinson
2026-07-27 20:15 ` Vic B via U-Boot
2026-07-30 13:59 ` Peter Robinson
2026-07-30 23:01 ` Vic B via U-Boot
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