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################################################################################
# #
# IAR Universal Linker V4.60I/386 #
# #
# Link time = 27/Sep/2007 16:12:58 #
# Target CPU = ARM #
# List file = "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\List\Project.map" #
# Output file 1 = "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Exe\Project.d79" #
# Format: debug #
# UBROF version 10.0.2 #
# Using library modules for C-SPY (-rt) #
# Command line = "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Obj\cortexm3_macro.r79" #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Obj\lcd.r79" #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Obj\main.r79" #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Obj\stm32f10x_can.r79" #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Obj\stm32f10x_flash.r79" #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Obj\stm32f10x_gpio.r79" #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Obj\stm32f10x_it.r79" #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Obj\stm32f10x_lib.r79" #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Obj\stm32f10x_nvic.r79" #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Obj\stm32f10x_rcc.r79" #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Obj\stm32f10x_systick.r79" #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Obj\stm32f10x_tim.r79" #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Obj\stm32f10x_vector.r79" #
# -o #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\Exe\Project.d79" #
# -l #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\BOOT_RAM\List\Project.map" #
# -xms #
# "-IC:\Program Files\IAR Systems\Embedded Workbenc #
# h 4.0\ARM\LIB\" #
# -f #
# "D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\fi #
# rmware\EWARM\lnkarm_ram.xcl" #
# (-DRAMSTART=0x20000000 -DRAMEND=0x20004FFF #
# -DROMSTART=RAMSTART -DROMEND=RAMEND -carm #
# -Z(CODE)INTVEC=ROMSTART-ROMEND #
# -Z(CODE)ICODE,DIFUNCT=ROMSTART-ROMEND #
# -Z(CODE)SWITAB=ROMSTART-ROMEND #
# -Z(CODE)CODE=ROMSTART-ROMEND #
# -Z(CONST)CODE_ID=ROMSTART-ROMEND #
# -Z(CONST)INITTAB,DATA_ID,DATA_C=ROMSTART-ROMEND #
# -Z(CONST)CHECKSUM=ROMSTART-ROMEND #
# -Z(DATA)DATA_I,DATA_Z,DATA_N=RAMSTART-RAMEND #
# -Z(DATA)CODE_I=RAMSTART-RAMEND -QCODE_I=CODE_ID #
# -D_CSTACK_SIZE=200 -D_HEAP_SIZE=100 #
# -Z(DATA)CSTACK+_CSTACK_SIZE=RAMSTART-RAMEND #
# -Z(DATA)HEAP+_HEAP_SIZE=RAMSTART-RAMEND) -rt #
# "C:\Program Files\IAR Systems\Embedded Workbench #
# 4.0\ARM\LIB\dl7mptnnl8f.r79" #
# -s __program_start #
# #
# Copyright 1987-2007 IAR Systems. All rights reserved. #
################################################################################
****************************************
* *
* CROSS REFERENCE *
* *
****************************************
Program entry at : 20000121 Relocatable, from module : ?CMAIN
****************************************
* *
* RUNTIME MODEL *
* *
****************************************
StackAlign4 = USED
__cpu_mode = __pcs__thumb
__data_model = absolute
__dlib_file_descriptor = 1
__endian = little
__rt_version = 6
****************************************
* *
* MODULE MAP *
* *
****************************************
DEFINED ABSOLUTE ENTRIES
*************************************************************************
DEFINED ABSOLUTE ENTRIES
PROGRAM MODULE, NAME : ?ABS_ENTRY_MOD
Absolute parts
ENTRY ADDRESS REF BY
===== ======= ======
_HEAP_SIZE 00000100
_CSTACK_SIZE 00000200
ROMEND 20004FFF
ROMSTART 20000000
RAMEND 20004FFF
RAMSTART 20000000
*************************************************************************
FILE NAME : D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\firmware\EWARM\BOOT_RAM\Obj\cortexm3_macro.r79
PROGRAM MODULE, NAME : cortexm3_macro
SEGMENTS IN THE MODULE
======================
CODE
Relative segment, address: 20000150 - 200001BD (0x6e bytes), align: 2
Segment part 0. ROOT.
ENTRY ADDRESS REF BY
===== ======= ======
__WFI 20000151
__WFE 20000155
__SEV 20000159
__ISB 2000015D
__DSB 20000163
__DMB 20000169
__SVC 2000016F
__MRS_CONTROL 20000173
__MSR_CONTROL 20000179
__MRS_PSP 20000183
__MSR_PSP 20000189
__MRS_MSP 2000018F
__MSR_MSP 20000195
__SETPRIMASK 2000019B
__RESETPRIMASK 2000019F
__SETFAULTMASK 200001A3
__RESETFAULTMASK 200001A7
__BASEPRICONFIG 200001AB
__GetBASEPRI 200001B1
__REV_HalfWord 200001B7
__REV_Word 200001BB
*************************************************************************
FILE NAME : D:\DavidJiang\STM32\EK_STM32\Project\CAN Demo\firmware\EWARM\BOOT_RAM\Obj\lcd.r79
PROGRAM MODULE, NAME : lcd
SEGMENTS IN THE MODULE
======================
DATA_Z
Relative segment, address: 20001AC0 - 20001AC7 (0x8 bytes), align: 2
Segment part 5. Intra module refs: write_char
ENTRY ADDRESS REF BY
===== ======= ======
frame 20001AC0 TIM2_IRQHandler (stm32f10x_it)
-------------------------------------------------------------------------
DATA_Z
Relative segment, address: 20001AC8 - 20001ACF (0x8 bytes), align: 2
Segment part 6. Intra module refs: Segment part 13
convert
ENTRY ADDRESS REF BY
===== ======= ======
digit 20001AC8
-------------------------------------------------------------------------
DATA_C
Relative segment, address: 200018B8 - 200018BF (0x8 bytes), align: 2
Segment part 2. Intra module refs: convert
-------------------------------------------------------------------------
DATA_C
Relative segment, address: 20001ABC - 20001ABE (0x3 bytes), align: 0
Segment part 3. Intra module refs: convert
-------------------------------------------------------------------------
DATA_C
Relative segment, address: 200018C0 - 200018C7 (0x8 bytes), align: 2
Segment part 4. Intra module refs: write_char
-------------------------------------------------------------------------
DATA_C
Relative segment, address: 200018C8 - 200018FB (0x34 bytes), align: 2
Segment part 8. Intra module refs: convert
ENTRY ADDRESS REF BY
===== ======= ======
letter 200018C8
-------------------------------------------------------------------------
DATA_C
Relative segment, address: 200018FC - 2000190F (0x14 bytes), align: 2
Segment part 9. Intra module refs: convert
ENTRY ADDRESS REF BY
===== ======= ======
number 200018FC
-------------------------------------------------------------------------
DATA_C
Relative segment, address: 20001910 - 20001913 (0x4 bytes), align: 2
Segment part 10. Intra module refs: convert
ENTRY ADDRESS REF BY
===== ======= ======
arrow 20001910
-------------------------------------------------------------------------
CODE
Relative segment, address: 200001C0 - 200002AF (0xf0 bytes), align: 2
Segment part 11. Intra module refs: write_char
ENTRY ADDRESS REF BY
===== ======= ======
convert 200001C1
stack 1 = 00000000 ( 00000018 )
-------------------------------------------------------------------------
CODE
Relative segment, address: 200002B0 - 20000363 (0xb4 bytes), align: 2
Segment part 12. Intra module refs: write_string
ENTRY ADDRESS REF BY
===== ======= ======
write_char 200002B1
stack 1 = 00000000 ( 00000018 )
-------------------------------------------------------------------------
CODE
Relative segment, address: 20000364 - 20000367 (0x4 bytes), align: 2
Segment part 13. Intra module refs: convert
write_char
-------------------------------------------------------------------------
CODE
Relative segment, address: 20000368 - 20000385 (0x1e bytes), align: 2
Segment part 14.
ENTRY ADDRESS REF BY
===== ======= ======
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