Dag Nygren writes:
The compilation of the kernel is done with a crosscompiler
on an Intel x86 system and strange things are happening:
What version of the compiler and kernel are you using?
printk(dentry_hashtable(0.5)(addr = 0x%lx) = 0x%lx\n, dentry_hashtable,
dentry_hashtable); /*
Hi Mark,
I've picked you at random from the MontaVista people on the list; if you're
not the right guy, could you please forward this to the appropriate person?
I've just noticed some potential memory corruption bugs associated with
the CPU6 workaround in the PPC HardHat-1.2 kernel. I posted a
Dag Nygren writes:
The compilation of the kernel is done with a crosscompiler
on an Intel x86 system and strange things are happening:
What version of the compiler and kernel are you using?
Sorry, should of course have included that:
Compiler: 2.95.1
Kernel: 2.2.15
Hi Dan
I guess I found the message which points to the tool mentioned in your
answer below:
I wrote a program that will hack the headers such that the stupid
VxWorks TFTP loader would load the zImage (like other properly
written loaders will do without any hacks). I don't know if this
will help
Ruedi:
Want to try an experiment that I have been intending to try but haven't
gotten around to? The following is a message detailing my theory that
objcopy can fix up the .image section so that the vxWorks loader _will_
load it. In fact, it may already load it... but at location 0x
Hi Jerry
I did as you mentioned:
# ppc_82xx-objdump -x zvmlinux | grep _end
00406000 g O *ABS* __pmac_end
00406000 g O *ABS* __setup_end
00406000 g O *ABS* __prep_end
00406000 g O *ABS* __initcall_end
00406000 g O .data.init
I had problems to port linux2.2.14 on my own board.
I thaught it was because I use a MPC860P and not MPC860 or MPC860T.
My mistake was to map IMMR to 0x5000.
IMMR must be mapped over 0x8000 (like 0xFA20)
because Linux uses 2Gb of virtual ram.
So linux2.2.14 works fine on a MPC860P.
Graham Stoney wrote:
I've just noticed some potential memory corruption bugs associated with
the CPU6 workaround in the PPC HardHat-1.2 kernel.
In what LSP of the 1.2 CDK? Mark has been predominantly discussing
the 8240/755 Sandpoint and providing pointers to software that doesn't
represent
Can anyone tell me where I can get the minimal and complete root file
systems from. I've tried from :
ftp://linuxppc.cs.nmt.edu/pub/linuxppc/embedded/
but the linuxppc directory seems to have vanished
I've also tried :
http://www.ppc.kernel.org/pub/linuxppc/embedded/
but the machine is
I'm using a CLLF 860T with Embedded PowerPC Cross Development Kit Rev. 1.2
Hard Hat Linux. I'm very new to Linux and developing for a board. Currently,
I'm booting manually (loading the kernel with tftp) using the 10 Mbps
ethernet port. I had to configure the kernel to use SCC1 so the 10 Mbps
Hi
I have now successfully gotten Linux running on a custom 823e board,
using Monta Vista CDK 1.2, Linux version 2.2.14. I am using an NFS
root file system and I have created a custom lsp for the board.
Our board uses the 823 LCD controller for a 640x480 TFT display.
I would like to activate
On Thu, 28 Sep 2000, jonb at marel.is wrote:
I have now successfully gotten Linux running on a custom 823e board,
using Monta Vista CDK 1.2, Linux version 2.2.14. I am using an NFS
root file system and I have created a custom lsp for the board.
Our board uses the 823 LCD controller for a
rshaw at graftononline.net wrote:
I'm using a CLLF 860T with Embedded PowerPC Cross Development Kit Rev. 1.2
Hard Hat Linux. I'm very new to Linux and developing for a board. Currently,
I'm booting manually (loading the kernel with tftp) using the 10 Mbps
ethernet port.
I had to configure
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