" If you want I can send you one as I really only need one, if I ever get around to using it."
Thank You. At this time I am just too busy with "real life". I'll spare you the list, but it looks to be getting worse instead of better.
I DO finally have an X5000, and I also replaced my dead A1222. So I'm setting myself with four working NG Amigas now. (possibly preparing for retirement??)
But I have more projects than I can handle, and not nearly enough time to make it happen.
So wanting to see more of what's in that memory space I've added more reads. But I'm soon out of ideas of why this isn't working in AmigaOS, but seems to be working in uboot land.
Thank you for your continued effort to make Xena work.
This is the output of XTools 1.7g:
> XenaStatus
Warning: This set of XTools currently only tested on X1000
Setting up x5000
The support for X5000 is UNTESTED!
----------------------------------
If you'd like to continue, a few tests will be performed.
They will be performed with a varying delay
betweeen the read and writes.
The only reason you would want to run these tests is to
inform the developer on your progress.
You can abort this process by entering 'q' at any testpoint.
You will be asked to enter something to continue before each test.
YOU HAVE BEEN WARNED. NO RESPONSIBILITY IS TAKEN WHEN RUNNING THIS SOFTWARE!
Creating Xena memory space for INDEX reg: e0000000
Creating Xena memory space for DATACHANNEL reg: e0008000
About to do some tests.
Enter 'q' to quit, anything else to continue... a
--- 8 memtest: reg: 0001, SIG2 should be 0xbeef
0xe0008000: dead dead dead dead dead dead dead dead
0xe0008010: beef beef beef beef beef beef beef beef
0xe0008020: dead dead dead dead dead dead dead dead
0xe0008030: beef beef beef beef beef beef beef beef
memtest done ---
--- 8 memtest: reg: 0000, SIG1 should be 0xdead
0xe0008000: dead dead dead dead dead dead dead dead
0xe0008010: beef beef beef beef beef beef beef beef
0xe0008020: dead dead dead dead dead dead dead dead
0xe0008030: beef beef beef beef beef beef beef beef
memtest done ---
--- 8 memtest: reg: 0002, HWREV should be 2210 perhaps?
0xe0008000: dead dead dead dead dead dead dead dead
0xe0008010: beef beef beef beef beef beef beef beef
0xe0008020: dead dead dead dead dead dead dead dead
0xe0008030: beef beef beef beef beef beef beef beef
memtest done ---
--- 8 memtest: reg: 000c, XDBG bit 7=1 if xorro, bit 8=1 if xtag detected
0xe0008000: dead dead dead dead dead dead dead dead
0xe0008010: beef beef beef beef beef beef beef beef
0xe0008020: dead dead dead dead dead dead dead dead
0xe0008030: beef beef beef beef beef beef beef beef
memtest done ---
--- 8 memtest: reg: 0004, LBALIVE should be 0001
0xe0008000: dead dead dead dead dead dead dead dead
0xe0008010: beef beef beef beef beef beef beef beef
0xe0008020: dead dead dead dead dead dead dead dead
0xe0008030: beef beef beef beef beef beef beef beef
memtest done ---
--- 8 memtest: reg: 0021, DATELB should be low bits of some date
0xe0008000: dead dead dead dead dead dead dead dead
0xe0008010: beef beef beef beef beef beef beef beef
0xe0008020: dead dead dead dead dead dead dead dead
0xe0008030: beef beef beef beef beef beef beef beef
memtest done ---
--- 8 memtest: reg: 0031, SCRATCH2
0xe0008000: dead dead dead dead dead dead dead dead
0xe0008010: beef beef beef beef beef beef beef beef
0xe0008020: dead dead dead dead dead dead dead dead
0xe0008030: beef beef beef beef beef beef beef beef
memtest done ---
Tests done.
Exiting since its all very unclear.
Xena setup failed
4.RAM Disk:XTools> XenaStatus
Warning: This set of XTools currently only tested on X1000
Setting up x5000
The support for X5000 is UNTESTED!
----------------------------------
If you'd like to continue, a few tests will be performed.
They will be performed with a varying delay
betweeen the read and writes.
The only reason you would want to run these tests is to
inform the developer on your progress.
You can abort this process by entering 'q' at any testpoint.
You will be asked to enter something to continue before each test.
YOU HAVE BEEN WARNED. NO RESPONSIBILITY IS TAKEN WHEN RUNNING THIS SOFTWARE!
Creating Xena memory space for INDEX reg: e0000000
Creating Xena memory space for DATACHANNEL reg: e0008000
About to do some tests.
Enter 'q' to quit, anything else to continue...
--- 8 memtest: reg: 0001, SIG2 should be 0xbeef
0xe0008000: dead dead dead dead dead dead dead dead
0xe0008010: beef beef beef beef beef beef beef beef
0xe0008020: dead dead dead dead dead dead dead dead
0xe0008030: beef beef beef beef beef beef beef beef
memtest done ---
--- 8 memtest: reg: 0000, SIG1 should be 0xdead
0xe0008000: dead dead dead dead dead dead dead dead
0xe0008010: beef beef beef beef beef beef beef beef
0xe0008020: dead dead dead dead dead dead dead dead
0xe0008030: beef beef beef beef beef beef beef beef
memtest done ---
--- 8 memtest: reg: 0002, HWREV should be 2210 perhaps?
0xe0008000: dead dead dead dead dead dead dead dead
0xe0008010: beef beef beef beef beef beef beef beef
0xe0008020: dead dead dead dead dead dead dead dead
0xe0008030: beef beef beef beef beef beef beef beef
memtest done ---
--- 8 memtest: reg: 000c, XDBG bit 7=1 if xorro, bit 8=1 if xtag detected
0xe0008000: dead dead dead dead dead dead dead dead
0xe0008010: beef beef beef beef beef beef beef beef
0xe0008020: dead dead dead dead dead dead dead dead
0xe0008030: beef beef beef beef beef beef beef beef
memtest done ---
--- 8 memtest: reg: 0004, LBALIVE should be 0001
0xe0008000: dead dead dead dead dead dead dead dead
0xe0008010: beef beef beef beef beef beef beef beef
0xe0008020: dead dead dead dead dead dead dead dead
0xe0008030: beef beef beef beef beef beef beef beef
memtest done ---
--- 8 memtest: reg: 0021, DATELB should be low bits of some date
0xe0008000: dead dead dead dead dead dead dead dead
0xe0008010: beef beef beef beef beef beef beef beef
0xe0008020: dead dead dead dead dead dead dead dead
0xe0008030: beef beef beef beef beef beef beef beef
memtest done ---
--- 8 memtest: reg: 0031, SCRATCH2
0xe0008000: dead dead dead dead dead dead dead dead
0xe0008010: beef beef beef beef beef beef beef beef
0xe0008020: dead dead dead dead dead dead dead dead
0xe0008030: beef beef beef beef beef beef beef beef
memtest done ---
Tests done.
Exiting since its all very unclear.
Xena setup failed
4.RAM Disk:XTools>
MacStudio ARM M1 Max Qemu//Pegasos2 AmigaOs4.1 FE / AmigaOne x5000/40 AmigaOs4.1 FE
I don't expect miracles from Xena, but if it can be useful for debugging in the future without extra hardware serial output and recording, that's really interesting.
Thank you for addressing this issue.
Retested with XTools1.7h
Issue:
4.RAM Disk:XTools> XenaStatus
Warning: This set of XTools currently only tested on X1000
Setting up x5000
The support for X5000 is UNTESTED!
----------------------------------
If you'd like to continue, a few tests will be performed.
They will be performed with a varying delay
betweeen the read and writes.
The only reason you would want to run these tests is to
inform the developer on your progress.
You can abort this process by entering 'q' at any testpoint.
You will be asked to enter something to continue before each test.
YOU HAVE BEEN WARNED. NO RESPONSIBILITY IS TAKEN WHEN RUNNING THIS SOFTWARE!
Creating Xena memory space for INDEX reg: e0000000
Creating Xena memory space for DATACHANNEL reg: e0008000
About to do some tests.
Enter 'q' to quit, anything else to continue...
-----------------------------------------------------
Performing test with ITimer->MicroDelay 0, with read/write 0x8000
with read/write 0x8000. Res in SIG1 is: 0xdead. Should be 0xdead
with read/write 0x8000. Res in SIG2 is: 0xdead. Should be 0xbeef.
with read/write 0x8000. Res in REG_HWREV: 0xdead.
with read/write 0x8000. Read scratch1: 0xdead (don't know what it should be)
with read/write 0x8000. Read scratch2: 0xdead (don't know what it should be)
with read/write 0x8000. REG:0x0000 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0000 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0001 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0002 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0003 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0004 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x000c is 0xdead 1101111010101101
with read/write 0x8000. REG:0x000d is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0010 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0020 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0021 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0022 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0023 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0024 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x002f is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0030 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0031 is 0xdead 1101111010101101
-----------------------------------------------------
Performing test with ITimer->MicroDelay 5, with read/write 0x8000
with read/write 0x8000. Res in SIG1 is: 0xdead. Should be 0xdead
with read/write 0x8000. Res in SIG2 is: 0xdead. Should be 0xbeef.
with read/write 0x8000. Res in REG_HWREV: 0xdead.
with read/write 0x8000. Read scratch1: 0xdead (don't know what it should be)
with read/write 0x8000. Read scratch2: 0xdead (don't know what it should be)
with read/write 0x8000. REG:0x0000 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0000 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0001 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0002 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0003 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0004 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x000c is 0xdead 1101111010101101
with read/write 0x8000. REG:0x000d is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0010 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0020 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0021 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0022 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0023 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0024 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x002f is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0030 is 0xdead 1101111010101101
with read/write 0x8000. REG:0x0031 is 0xdead 1101111010101101
-----------------------------------------------------
Performing test with ITimer->MicroDelay 10, with read/write to 0x8000
with read/write to 0x8000. Res in SIG1 is: 0xdead. Should be 0xdead
with read/write to 0x8000. Res in SIG2 is: 0xdead. Should be 0xbeef.
with read/write to 0x8000. Res in REG_HWREV: 0xdead.
with read/write to 0x8000. Read scratch1: 0xdead (don't know what it should be)
with read/write to 0x8000. Read scratch2: 0xdead (don't know what it should be)
with read/write to 0x8000. REG:0x0000 is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x0000 is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x0001 is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x0002 is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x0003 is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x0004 is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x000c is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x000d is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x0010 is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x0020 is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x0021 is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x0022 is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x0023 is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x0024 is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x002f is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x0030 is 0xdead 1101111010101101
with read/write to 0x8000. REG:0x0031 is 0xdead 1101111010101101
Tests done.
Exiting since its all very unclear.
If you got good values back from test, things seem to work.
If there were good results for the delay 10 test, then you could continue to run
and stuff might work. If no good results were seen then you might as well abort now.
fatal: chain too long returned 128
Enter 'q' to quit, anything else to continue... 4.RAM Disk:XTools>
MacStudio ARM M1 Max Qemu//Pegasos2 AmigaOs4.1 FE / AmigaOne x5000/40 AmigaOs4.1 FE