jdbh.mp

来自「AVR单片机系统开发经典实例部分源程序」· MP 代码 · 共 69 行

NOTE: AVR Code addresses are word addresses
All other addresses (including ones in FLASH) are byte addresses

Area                               Addr   Size   Decimal Bytes (Attributes)
--------------------------------   ----   ----   ------- ----- ------------
                            text   008C   032A =    810. bytes (rel,con,rom)

       Addr  Global Symbol
      -----  --------------------------------
       0046  __start
       0046  __text_start
       0066  _exit
       0067  _SIGNALA
       00C0  _SIGNAL
       0195  _main
       01B9  pop_gset2
       01BC  push_gset5
       01BE  push_gset4
       01C0  push_gset3
       01C2  push_gset2
       01C4  push_gset1
       01C7  pop_gset1
       01C8  pop
       01DB  __text_end

Area                               Addr   Size   Decimal Bytes (Attributes)
--------------------------------   ----   ----   ------- ----- ------------
                             bss   0100   002A =     42. bytes (rel,con,ram)

       Addr  Global Symbol
      -----  --------------------------------
       0100  __bss_start
       0100  _global_ad_finish_flag
       0102  _global_voltage_counter
       0104  _global_motor_counter
       0106  _global_trip_counter
       0108  _global_close_counter
       010A  _global_channel_flag
       010C  _global_detect_trip
       0116  _global_detect_close
       0120  _global_operation_detected_flag
       0122  _global_sample_mode_flag
       0124  _global_start_sample_flag
       0126  _global_ad_counter
       0128  _global_flag_serie
       012A  __bss_end

Area                               Start  End    Decimal Bytes (Attributes)
--------------------------------   ----   ----   ------- ----- ------------
                          vector   0000   0004 =      4. bytes (abs,ovr,rom)

Files Linked      [ module(s) ]

C:\icc\lib\crtatmega.o	[ crtatmega.s ]
main.o	[ main.c ]
<library>	[ gpop2.s, gpush.s ]

User Global Definitions

ram_end = 0x10ff
hwstk_size = 0x10

User Base Address Definitions

func_lit = 0x8c
data = 0x100
eeprom:1.4096