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USER_SECTIONS FSymTab
USER_SECTIONS VSymTab
USER_SECTIONS .rti_fn.0
USER_SECTIONS .rti_fn.0.end
USER_SECTIONS .rti_fn.1
USER_SECTIONS .rti_fn.1.end
USER_SECTIONS .rti_fn.2
USER_SECTIONS .rti_fn.2.end
USER_SECTIONS .rti_fn.3
USER_SECTIONS .rti_fn.3.end
USER_SECTIONS .rti_fn.4
USER_SECTIONS .rti_fn.4.end
USER_SECTIONS .rti_fn.5
USER_SECTIONS .rti_fn.5.end
USER_SECTIONS .rti_fn.6
USER_SECTIONS .rti_fn.6.end
USER_SECTIONS .rti_fn.7
USER_SECTIONS .rti_fn.7.end
FLASH1 0x0
{
ROM 0x0 0x80000 ; EILM_SIZE <= 512KB
{
* (+RO)
. = ALIGN(4);
ADDR __fsymtab_start
* KEEP( FSymTab )
. = ALIGN(4);
ADDR __fsymtab_end
. = ALIGN(4);
ADDR __vsymtab_start
* KEEP( VSymTab )
. = ALIGN(4);
ADDR __vsymtab_end
. = ALIGN(4);
ADDR __rt_init_start
* KEEP( .rti_fn.0 )
* KEEP( .rti_fn.0.end )
* KEEP( .rti_fn.1 )
* KEEP( .rti_fn.1.end )
* KEEP( .rti_fn.2 )
* KEEP( .rti_fn.2.end )
* KEEP( .rti_fn.3 )
* KEEP( .rti_fn.3.end )
* KEEP( .rti_fn.4 )
* KEEP( .rti_fn.4.end )
* KEEP( .rti_fn.5 )
* KEEP( .rti_fn.5.end )
* KEEP( .rti_fn.6 )
* KEEP( .rti_fn.6.end )
* KEEP( .rti_fn.7 )
* KEEP( .rti_fn.7.end )
. = ALIGN(4);
ADDR __rt_init_end
}
; RAM 0x200000 0x80000 ; EDLM_SIZE <= 512KB
RAM 0x200000 0x50000 ; EDLM_SIZE <= 320KB
{
LOADADDR NEXT __rw_lma_start
ADDR NEXT __rw_vma_start
*(+RW)
LOADADDR NEXT __rw_lma_end
*(+ZI)
; STACK = 0x27fff8 ; 512KB
STACK = 0x24fff8 ; 320KB
}
}
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