Hi Chris,
did you try to define ROM_1 and ROM_2 with MEMORY instruction and then to
use the syntax :
.myfirstrom {
a_group.o (.text)
. = 0x100000;
} > ROM_1
?
This should "send" the content of .myfirstrom section to your ROM_1 memory.
John
<[EMAIL PROTECTED]> a écrit dans le message de news:
[EMAIL PROTECTED]
>I am trying to write a linker script for a m/c that has a hole in its
> ROM.
>
> i.e
>
> ROM_1: 0x60000 (size 0x80000)
>
> ROM_2 :0x160000 (size 0x80000)
>
> I can partition the code in two separate groups, for instance
> a_group.o and b_group.o.
> Then set a_group.o to start @0x60000, since the size of a_group is
> about 0x76500, it almost fills up ROM_1.
>
> I can then use a
>
> . = 0x100000;
>
> to force the creation of the rest of the image in ROM_2, however the
> image is now filled with 0x00 for memory range 0x80000 -- 0x100000.
> This causes the image to be larger than the original image if
> contiguous.
>
> Example linker script used:
>
> SECTIONS {
> .text {
> a_group.o (.text)
> . = 0x100000;
> b_group.o (.text)
> }
> .data {
> * (.text)
> _edata = ABSOLUTE(.);
> }
> .bss {
> * (.bss)
> }
> _end = ABSOLUTE(.);
> }
>
> Is there anyway to specify the creation of the b_group at memory
> location 0x100000, using an "AT" without out causing the image to have
> any fill data?
>
> Please let me know you need more clarification.
>
> Thank you,
>
> Chris
>
