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      1  1.15   mlelstv /*	$NetBSD: ldscript.evbarm,v 1.15 2023/02/11 19:09:57 mlelstv Exp $	*/
      2   1.1       bsh 
      3   1.1       bsh ENTRY(KERNEL_BASE_phys)
      4   1.1       bsh SECTIONS
      5   1.1       bsh {
      6  1.15   mlelstv   KERNEL_BASE_phys = @KERNEL_BASE_PHYS@;
      7  1.15   mlelstv   KERNEL_BASE_virt = @KERNEL_BASE_VIRT@;
      8  1.15   mlelstv 
      9   1.1       bsh   /* Kernel start: */
     10  1.15   mlelstv   .start (KERNEL_BASE_phys) :
     11   1.1       bsh   {
     12   1.1       bsh     *(.start)
     13  1.10  uebayasi   }
     14   1.1       bsh 
     15   1.1       bsh   /* Read-only sections, merged into text segment: */
     16  1.15   mlelstv   .text (KERNEL_BASE_virt + ALIGN(SIZEOF(.start), ALIGNOF(.text))) :
     17  1.15   mlelstv   AT (LOADADDR(.start) + ALIGN(SIZEOF(.start), ALIGNOF(.text)))
     18   1.1       bsh   {
     19   1.1       bsh     *(.text)
     20   1.1       bsh     *(.text.*)
     21   1.1       bsh     *(.stub)
     22   1.1       bsh     *(.glue_7t) *(.glue_7)
     23  1.10  uebayasi   }
     24  1.14     skrll 
     25  1.14     skrll   PROVIDE(__rodata_start = .);
     26  1.14     skrll   .rodata :
     27  1.14     skrll   {
     28  1.14     skrll     *(.rodata)
     29  1.14     skrll     *(.rodata.*)
     30  1.14     skrll     . = ALIGN(64);
     31  1.14     skrll     __CTOR_LIST__ = .;
     32  1.14     skrll     *(.ctors)
     33  1.14     skrll     *(.init_array)
     34  1.14     skrll     __CTOR_END__ = .;
     35  1.14     skrll   }
     36  1.14     skrll 
     37   1.1       bsh   PROVIDE (__etext = .);
     38   1.1       bsh   PROVIDE (_etext = .);
     39   1.1       bsh   PROVIDE (etext = .);
     40  1.14     skrll 
     41   1.4      matt   /* Adjust the address for the data segment to start on the next large page
     42   1.1       bsh      boundary.  */
     43   1.4      matt   . = ALIGN(0x10000);
     44   1.1       bsh   .data    :
     45   1.1       bsh   {
     46   1.1       bsh     __data_start = . ;
     47   1.1       bsh     *(.data)
     48   1.1       bsh     *(.data.*)
     49   1.1       bsh   }
     50   1.6  jakllsch   .sdata     :
     51   1.1       bsh   {
     52   1.6  jakllsch     *(.sdata)
     53   1.1       bsh     *(.sdata.*)
     54   1.1       bsh   }
     55   1.7      matt   . = ALIGN(8);
     56   1.1       bsh   _edata = .;
     57   1.1       bsh   PROVIDE (edata = .);
     58   1.1       bsh   __bss_start = .;
     59   1.1       bsh   __bss_start__ = .;
     60   1.1       bsh   .sbss      :
     61   1.1       bsh   {
     62   1.1       bsh     PROVIDE (__sbss_start = .);
     63   1.1       bsh     PROVIDE (___sbss_start = .);
     64   1.1       bsh     *(.dynsbss)
     65   1.1       bsh     *(.sbss)
     66   1.1       bsh     *(.sbss.*)
     67   1.1       bsh     *(.scommon)
     68   1.1       bsh     PROVIDE (__sbss_end = .);
     69   1.1       bsh     PROVIDE (___sbss_end = .);
     70   1.1       bsh   }
     71   1.1       bsh   .bss       :
     72   1.1       bsh   {
     73   1.9  uebayasi     *(.dynbss)
     74   1.9  uebayasi     *(.bss)
     75   1.9  uebayasi     *(.bss.*)
     76   1.9  uebayasi     *(COMMON)
     77   1.9  uebayasi     /* Align here to ensure that the .bss section occupies space up to
     78   1.9  uebayasi        _end.  Align after .bss to ensure correct alignment even if the
     79   1.9  uebayasi        .bss section disappears because there are no input sections.  */
     80   1.9  uebayasi     . = ALIGN(32 / 8);
     81   1.1       bsh   }
     82   1.1       bsh   . = ALIGN(32 / 8);
     83   1.1       bsh   _end = .;
     84   1.1       bsh   _bss_end__ = . ; __bss_end__ = . ; __end__ = . ;
     85   1.1       bsh   PROVIDE (end = .);
     86   1.1       bsh }
     87