纯windows续(1)裸机keil例程之串口(比2440简单).rar

======================================================================== ** ELF Header Information File Name: .\obj\f1c100s.axf Machine class: ELFCLASS32 (32-bit) Data encoding: ELFDATA2LSB (Little endian) Header version: EV_CURRENT (Current version) Operating System ABI: none ABI Version: 0 File Type: ET_EXEC (Executable) (2) Machine: EM_ARM (ARM) Image Entry point: 0x800000bc Flags: EF_ARM_HASENTRY (0x05000002) ARM ELF revision: 5 (ABI version 2) Built with ARM C/C++ Compiler, 5.03 [Build 76] ARM Assembler, 5.03 [Build 76] ARM Linker, 5.03 [Build 76] Header size: 52 bytes (0x34) Program header entry size: 32 bytes (0x20) Section header entry size: 40 bytes (0x28) Program header entries: 1 Section header entries: 16 Program header offset: 45128 (0x0000b048) Section header offset: 45160 (0x0000b068) Section header string table index: 15 ======================================================================== ** Program header #0 (PT_LOAD) [PF_X + PF_W + PF_R + PF_ARM_ENTRY] Size : 275228 bytes (10932 bytes in file) Virtual address: 0x80000000 (Alignment 8) ======================================================================== ** Section #1 'ER_IROM1' (SHT_PROGBITS) [SHF_ALLOC + SHF_EXECINSTR] Size : 10916 bytes (alignment 4) Address: 0x80000000 $a RESET 0x80000000: e59ff014 .... LDR pc,[pc,#20] ; [0x8000001c] = 0x80000054 0x80000004: e59ff014 .... LDR pc,[pc,#20] ; [0x80000020] = 0x8000003c 0x80000008: e59ff014 .... LDR pc,[pc,#20] ; [0x80000024] = 0x80000040 0x8000000c: e59ff014 .... LDR pc,[pc,#20] ; [0x80000028] = 0x80000044 0x80000010: e59ff014 .... LDR pc,[pc,#20] ; [0x8000002c] = 0x80000048 0x80000014: e59ff018 .... LDR pc,[pc,#24] ; [0x80000034] = 0x8000004c 0x80000018: e59ff018 .... LDR pc,[pc,#24] ; [0x80000038] = 0x80000050 $d 0x8000001c: 80000054 T... DCD 2147483732 0x80000020: 8000003c <... DCD 2147483708 0x80000024: 80000040 @... DCD 2147483712 0x80000028: 80000044 D... DCD 2147483716 0x8000002c: 80000048 H... DCD 2147483720 0x80000030: 00000000 .... DCD 0 0x80000034: 8000004c L... DCD 2147483724 0x80000038: 80000050 P... DCD 2147483728 $a Undef_Handler 0x8000003c: eafffffe .... B Undef_Handler ; 0x8000003c SWI_Handler 0x80000040: eafffffe .... B SWI_Handler ; 0x80000040 PAbt_Handler 0x80000044: eafffffe .... B PAbt_Handler ; 0x80000044 DAbt_Handler 0x80000048: eafffffe .... B DAbt_Handler ; 0x80000048 IRQ_Handler 0x8000004c: eafffffe .... B IRQ_Handler ; 0x8000004c FIQ_Handler 0x80000050: eafffffe .... B FIQ_Handler ; 0x80000050 Reset_Handler 0x80000054: e59f0058 X... LDR r0,[pc,#88] ; [0x800000b4] = 0x81040878 0x80000058: e321f0db ..!. MSR CPSR_c,#0xdb 0x8000005c: e1a0d000 .... MOV sp,r0 0x80000060: e2400000 ..@. SUB r0,r0,#0 0x80000064: e321f0d7 ..!. MSR CPSR_c,#0xd7 0x80000068: e1a0d000 .... MOV sp,r0 0x8000006c: e2400000 ..@. SUB r0,r0,#0 0x80000070: e321f0d1 ..!. MSR CPSR_c,#0xd1 0x80000074: e1a0d000 .... MOV sp,r0 0x80000078: e2400000 ..@. SUB r0,r0,#0 0x8000007c: e321f0d2 ..!. MSR CPSR_c,#0xd2 0x80000080: e1a0d000 .... MOV sp,r0 0x80000084: e2400b02 ..@. SUB r0,r0,#0x800 0x80000088: e321f0d3 ..!. MSR CPSR_c,#0xd3 0x8000008c: e1a0d000 .... MOV sp,r0 0x80000090: e2400008 ..@. SUB r0,r0,#8 0x80000094: e321f010 ..!. MSR CPSR_c,#0x10 0x80000098: e1a0d000 .... MOV sp,r0 0x8000009c: e24da701 ..M. SUB r10,sp,#0x40000 0x800000a0: e321f010 ..!. MSR CPSR_c,#0x10 0x800000a4: e1a0d000 .... MOV sp,r0 0x800000a8: e24da701 ..M. SUB r10,sp,#0x40000 0x800000ac: e59f0004 .... LDR r0,[pc,#4] ; [0x800000b8] = 0x800000bc 0x800000b0: e12fff10 ../. BX r0 $d 0x800000b4: 81040878 x... DCD 2164525176 0x800000b8: 800000bc .... DCD 2147483836 $a !!!main __main 0x800000bc: eb000000 .... BL __scatterload ; 0x800000c4 0x800000c0: eb00005c \... BL __rt_entry ; 0x80000238 !!!scatter __scatterload __scatterload_rt2 0x800000c4: e28f002c ,... ADR r0,{pc}+0x34 ; 0x800000f8 0x800000c8: e8900c00 .... LDM r0,{r10,r11} 0x800000cc: e08aa000 .... ADD r10,r10,r0 0x800000d0: e08bb000 .... ADD r11,r11,r0 0x800000d4: e24a7001 .pJ. SUB r7,r10,#1 __scatterload_null 0x800000d8: e15a000b ..Z. CMP r10,r11 0x800000dc: 1a000000 .... BNE 0x800000e4 ; __scatterload_null + 12 0x800000e0: eb000054 T... BL __rt_entry ; 0x80000238 0x800000e4: e8ba000f .... LDM r10!,{r0-r3} 0x800000e8: e24fe018 ..O. ADR lr,{pc}-0x10 ; 0x800000d8 0x800000ec: e3130001 .... TST r3,#1 0x800000f0: 1047f003 ..G. SUBNE pc,r7,r3 0x800000f4: e12fff13 ../. BX r3 $d 0x800000f8: 00002860 `(.. DCD 10336 0x800000fc: 00002880 .(.. DCD 10368 $a !!handler_copy __scatterload_copy 0x80000100: e2522010 . R. SUBS r2,r2,#0x10 0x80000104: 28b00078 x..( LDMCS r0!,{r3-r6} 0x80000108: 28a10078 x..( STMCS r1!,{r3-r6} 0x8000010c: 8afffffb .... BHI __scatterload_copy ; 0x80000100 0x80000110: e1b02e82 .... LSLS r2,r2,#29 0x80000114: 28b00030 0..( LDMCS r0!,{r4,r5} 0x80000118: 28a10030 0..( STMCS r1!,{r4,r5} 0x8000011c: 45904000 .@.E LDRMI r4,[r0,#0] 0x80000120: 45814000 .@.E STRMI r4,[r1,#0] 0x80000124: e12fff1e ../. BX lr !!handler_zi __scatterload_zeroinit 0x80000128: e3b03000 .0.. MOVS r3,#0 0x8000012c: e3b04000 .@.. MOVS r4,#0 0x80000130: e3b05000 .P.. MOVS r5,#0 0x80000134: e3b06000 .`.. MOVS r6,#0 0x80000138: e2522010 . R. SUBS r2,r2,#0x10 0x8000013c: 28a10078 x..( STMCS r1!,{r3-r6} 0x80000140: 8afffffc .... BHI 0x80000138 ; __scatterload_zeroinit + 16 0x80000144: e1b02e82 .... LSLS r2,r2,#29 0x80000148: 28a10030 0..( STMCS r1!,{r4,r5} 0x8000014c: 45813000 .0.E STRMI r3,[r1,#0] 0x80000150: e12fff1e ../. BX lr .ARM.Collect$$_printf_percent$$00000001 .ARM.Collect$$_printf_percent$$00000000 _printf_n _printf_percent 0x80000154: e351006e n.Q. CMP r1,#0x6e 0x80000158: 0a0003f2 .... BEQ $Ven$AT$I$$_printf_charcount ; 0x80001128 .ARM.Collect$$_printf_percent$$00000002 _printf_p