Wookey wrote:
On 2007-05-06 03:40 +0200, Lennert Buytenhek wrote:
Hi,
The reason that building nss (i.e., firefox) would segfault on ARM EABI
systems is an assumption about the layout of the jmp_buf structure in
the nspr library (which nss depends on) that does hold on old-ABI but
no longer
On 2007-05-06 03:40 +0200, Lennert Buytenhek wrote:
> Hi,
>
> The reason that building nss (i.e., firefox) would segfault on ARM EABI
> systems is an assumption about the layout of the jmp_buf structure in
> the nspr library (which nss depends on) that does hold on old-ABI but
> no longer holds on
Hi,
The reason that building nss (i.e., firefox) would segfault on ARM EABI
systems is an assumption about the layout of the jmp_buf structure in
the nspr library (which nss depends on) that does hold on old-ABI but
no longer holds on EABI. The attached patch fixes this assumption,
and fixes the
Wolf-Rüdiger Jürgens wrote:
> I see that the Debian NSLU2 is little-endian but many other Arm boards
> using Big-endian. (Arcom, Snapgear ...).
> What is the reason for using Little/Big Endian?
It usually simply depends on which endianness the reference software
development kit for that particular
On 2007-05-05 09:46 +0200, Wolf-Rüdiger Jürgens wrote:
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> I see that the Debian NSLU2 is little-endian but many other Arm boards
> using Big-endian. (Arcom, Snapgear ...).
It's more complicated than that. Some CPUs/boards can run big or little
en
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I see that the Debian NSLU2 is little-endian but many other Arm boards
using Big-endian. (Arcom, Snapgear ...).
What is the reason for using Little/Big Endian?
TYA
Wolf
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