relocation truncateds to fit R_ARM_PC24

[ananda dot motte at philips dot com]

I am trying to understand how runtime initialisation scripts work.  So I created a linker script (memmap.ld)with the folowing MEMORY and SECTIONS

MEMORY{
FLASH_ROM (rx) :   org = 0x08000000, len = 0x60000
SRAM_BANK0 (rw):   org = 0x20000000, len = 0x4000
SRAM_BANK1 (r):    org = 0x20004000, len = 0x4000
SRAM_BANK2 (rx):   org = 0x20008000, len = 0x4000
SRAM_BANK3 (r):    org = 0x2000C000, len = 0x4000
DRAM (rwx):        org = 0xC0700000, len = 0x100000
MMU (!i):          org = 0x08058000, len = 0x4000


}

SECTIONS{
.FLASHROM 0x08000000 :{
  Startup.o(.StartupArea)
  _eStartupArea = .;
 }>FLASH_ROM

.SRAMBANK0 0x20000000 : AT(_eStartupArea){
  Startup.o(.SramBank0Base)
  _eSramBank0Base = .;
}>SRAM_BANK0

.SRAMBANK1 0x20004000 : AT(_eSramBank0Base){
  Startup.o(.SramBank1Base)
_eSramBank1Base = .;
}>SRAM_BANK1

.SRAMBANK2 0x20008000 : AT(_eSramBank1Base){
  Startup.o(.SramBank2Base)
_eSramBank2Base = .;
}>SRAM_BANK2

.SRAMBANK3 0x2000C000 : AT(_eSramBank2Base){
  Startup.o(.SramBank3Base)
_eSramBank3Base = .;
}>SRAM_BANK3

.DRAM 0xC0700000 : AT(_eStartupArea){
*(.rodata)
*(.text)
*(.textSwap)
*(.textSort)
*(.data)
__bss_start__ = .;
*(.bss)
*(.sbss)
__bss_end__ = .;
*(.sdata)
_eDRAM = .;
}>DRAM

.MMU  0x08058000 : AT(_eDRAM){
 MMU.o(.comm)
} > MMU

}
end = 0x08058000 + 0x4000 ;

I have three  files startup.s and swap2.s and mmu.s which are atached below.

When I link (arm-elf-gcc -Wl, -Map peeps3, -Wl -T memap.ld ) I get the message :

SRAM_BANK0 is full ?? (When I remove the 'w' memory attribute this message is no longer given  ; same for the other SRAMBANKS)

I also get
Startup.o(.StartupArea+0xc): relocation truncated to fit: R_ARM_PC24 __gccmain
Startup.o(.StartupArea+0x20):  relocation truncated to fit: R_ARM_PC24 sort
.crt0.o (from arm-elf library) In function start : relocation truncateds to fit  R_ARM_PC24 main

Why ? what's the solution ?
(See attached file: swap2.s)(See attached file: Startup.s)(See attached file: MMU.s)

swap2.s

Startup.s

MMU.s