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1ENTRY(__text_start)
2
3_stack_size = 0x10000;
4_heap_size = 0x10000;
5
6MEMORY
7{
8    IMU_SRAM (rwx) : ORIGIN = 0x93000000, LENGTH = 0x800000
9    MMU_MEM (rwx) : ORIGIN = 0x93800000, LENGTH = 0x800000
10}
11
12SECTIONS
13{
14    text_start = .;
15    .start_bspinit :
16    {
17        __text_start = .;
18        KEEP(*(.text.bspinit))
19    } > IMU_SRAM
20
21    .start_text :
22    {
23        KEEP(*(.text.startup))
24    } > IMU_SRAM
25
26    .text :
27    {
28        *(.text)
29        *(.text.*)
30        *(*.text)
31        . = ALIGN(8);
32        __text_end = .;
33    } > IMU_SRAM
34    . = ALIGN(8);
35    data_copy_start = .;
36
37    .rodata :
38    {
39        . = ALIGN(8);
40        __rodata_start = .;
41        *(.rodata)
42        *(.rodata.*)
43        . = ALIGN(8);
44        __rodata_end = .;
45    } > IMU_SRAM
46
47    .eh_frame :
48    {
49        . = ALIGN(8);
50        __os_unwind_table_start = .;
51        *(.eh_frame)
52        __os_unwind_table_end = .;
53    } > IMU_SRAM
54
55    .heap (NOLOAD) :
56    {
57        . = ALIGN(8);
58        PROVIDE (__HEAP_INIT = .);
59        . = . + _heap_size;
60        . = ALIGN(8);
61        PROVIDE (__HEAP_END = .);
62    } > IMU_SRAM
63
64    .stack (NOLOAD) :
65    {
66        . = ALIGN(8);
67        PROVIDE (__os_sys_sp_start = .);
68        . = . + _stack_size;
69        . = ALIGN(8);
70        PROVIDE (__os_sys_sp_end = .);
71    } > IMU_SRAM
72    end = .;
73
74    .percpu.data :
75    {
76        __os_per_cpu_start = .;
77        *(.os.percpu.data)
78        __os_per_cpu_end = .;
79        LONG (ALIGNOF(.percpu.data))
80    } > IMU_SRAM
81
82    .data :
83    {
84        . = ALIGN(8);
85        __data_start = .;
86        *(.data)
87        *(.data.*)
88        . = ALIGN(8);
89        __os_text_start = .;
90        QUAD(__text_start)
91        QUAD(__text_end)
92        __os_text_end = .;
93        __data_end = .;
94    } > IMU_SRAM
95
96    .llt.bss :
97    {
98        _llt_bss_start = .;
99        *__code_measure_stub*.o(.bss)
100        *__code_measure_stub*.o(.bss.*)
101        _llt_bss_end = .;
102    } > IMU_SRAM
103
104    .bss (NOLOAD) :
105    {
106        . = ALIGN(8);
107        __bss_start__ = .;
108        *(.bss)
109        *(.bss.*)
110        *(COMMON)
111        . = ALIGN(8);
112        __bss_end__ = .;
113    } > IMU_SRAM
114
115    .mmu.table.base :
116    {
117        PROVIDE (g_mmu_page_begin = .);
118        PROVIDE (g_mmu_page_end = g_mmu_page_begin + 0x8000);
119    } > MMU_MEM
120}
121