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Projects / Keys / Keys10_1V0.brd
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Projects / ThermoHygroMeter / #PCB / ThermoHygroMeter_1V0.brd
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Projects / ThermoHygroMeter / #PCB / ThermoHygroMeter_1V0.sch
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Projects / ThermoHygroMeter / #PCB / ThermoHygroMeter_1V2.brd
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Projects / ThermoHygroMeter / #PCB / ThermoHygroMeter_1V2.sch
Last update 7 years 11 months
| FilesProjectsThermoHygroMeterDebugList | |
|---|---|
| .. | |
| Sauna_Thermo_Hygrometer.map | |
| ThermoHygroMeter.map |
ThermoHygroMeter.map################################################################################ # # # IAR Universal Linker V6.3.4.78 # # # # Link time = 15/Oct/2016 09:04:01 # # Target CPU = MSP430 # # List file = C:\Temp\GIT\ThermoHygroMeter\Debug\List\ThermoHyg # # roMeter.map # # Output file 1 = C:\Temp\GIT\ThermoHygroMeter\Debug\Exe\ThermoHygr # # oMeter.txt # # Format: msp430_txt # # Output file 2 = C:\Temp\GIT\ThermoHygroMeter\Debug\Exe\ThermoHygr # # oMeter.d43 # # Format: ubrof10 # # UBROF version 10.0.6 # # Using library modules for C-SPY (-rt) # # Command line = C:\Temp\GIT\ThermoHygroMeter\Debug\Obj\hdc1080.r4 # # 3 # # C:\Temp\GIT\ThermoHygroMeter\Debug\Obj\i2c.r43 # # C:\Temp\GIT\ThermoHygroMeter\Debug\Obj\main.r43 # # -o # # C:\Temp\GIT\ThermoHygroMeter\Debug\Exe\ThermoHygr # # oMeter.d43 # # -l # # C:\Temp\GIT\ThermoHygroMeter\Debug\List\ThermoHyg # # roMeter.map # # -xms # # "-IC:\Program Files (x86)\IAR Systems\Embedded Wo # # rkbench 6.40.1\430\LIB\" # # -f # # "C:\Program Files (x86)\IAR Systems\Embedded Work # # bench 6.40.1\430\config\linker\lnk430g2553.xcl" # # (-cmsp430 -QCODE_I=CODE_ID -QTLS16_I=TLS16_ID # # -Z(CONST)INFO=1000-10FF # # -Z(CONST)INFOA=10C0-10FF # # -Z(CONST)INFOB=1080-10BF # # -Z(CONST)INFOC=1040-107F # # -Z(CONST)INFOD=1000-103F # # -Z(DATA)DATA16_I,DATA16_Z,DATA16_N,TLS16_I=0200-0 # # 3FF # # -Z(DATA)DATA16_HEAP+_DATA16_HEAP_SIZE # # -Z(DATA)CODE_I -Z(DATA)CSTACK+_STACK_SIZE# # # -Z(CONST)DATA16_C,DATA16_ID,TLS16_ID,DIFUNCT,CHEC # # KSUM=C000-FFDD # # -Z(CODE)CSTART,ISR_CODE,CODE_ID=C000-FFDD # # -P(CODE)CODE=C000-FFDD # # -Z(CONST)SIGNATURE=FFDE-FFDF # # -Z(CODE)INTVEC=FFE0-FFFF # # -Z(CODE)RESET=FFFE-FFFF) -D_STACK_SIZE=50 -rt # # "C:\Program Files (x86)\IAR Systems\Embedded Work # # bench 6.40.1\430\lib\dlib\dl430fn.r43" # # -e_PrintfLarge=_Printf -e_ScanfLarge=_Scanf # # -D_DATA16_HEAP_SIZE=50 # # -Omsp430_txt=C:\Temp\GIT\ThermoHygroMeter\Debug\E # # xe\ThermoHygroMeter.txt # # -s __program_start -D_DATA20_HEAP_SIZE=50 # # # # Copyright (C) 1987-2015 IAR Systems AB. # ################################################################################ **************************************** * * * CROSS REFERENCE * * * **************************************** Program entry at : C01C Relocatable, from module : ?cstart **************************************** * * * RUNTIME MODEL * * * **************************************** __Heap_Handler = Basic __SystemLibrary = DLib __core = 430 __dlib_file_descriptor = 0 __dlib_full_locale_support = 0 __double_size = 32 __pic = no __reg_r4 = free __reg_r5 = free __rt_version = 3 **************************************** * * * AUTOMATIC SYMBOL REDIRECTIONS * * * **************************************** There are no automatic symbol redirections. **************************************** * * * MODULE MAP * * * **************************************** DEFINED ABSOLUTE ENTRIES ************************************************************************* DEFINED ABSOLUTE ENTRIES PROGRAM MODULE, NAME : ?ABS_ENTRY_MOD Absolute parts ENTRY ADDRESS REF BY ===== ======= ====== _DATA20_HEAP_SIZE 0050 _DATA16_HEAP_SIZE 0050 _STACK_SIZE 0050 ************************************************************************* FILE NAME : C:\Temp\GIT\ThermoHygroMeter\Debug\Obj\hdc1080.r43 PROGRAM MODULE, NAME : hdc1080 SEGMENTS IN THE MODULE ====================== DATA16_AN Relative segment, address: 0021 - 0021 (0x1 bytes), align: 0 Segment part 1. ROOT Intra module refs: HDC_1080_setup i2c_read (i2c) i2c_write (i2c) main (main) read_byte (i2c) write_byte (i2c) ENTRY ADDRESS REF BY ===== ======= ====== P1OUT 0021 ------------------------------------------------------------------------- DATA16_I Relative segment, address: 0200 - 0207 (0x8 bytes), align: 1 Segment part 3. Intra module refs: HDC_1080_setup LOCAL ADDRESS ===== ======= HDC1080_init 0200 ------------------------------------------------------------------------- DATA16_I Relative segment, address: 0208 - 020B (0x4 bytes), align: 1 Segment part 5. Intra module refs: HDC_1080_get LOCAL ADDRESS ===== ======= HDC1080_get 0208 ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 020C - 0213 (0x8 bytes), align: 1 Segment part 7. Intra module refs: HDC_1080_get LOCAL ADDRESS ===== ======= HDC1080_read_buffer 020C ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 0214 - 0215 (0x2 bytes), align: 1 Segment part 8. Intra module refs: HDC_1080_get ENTRY ADDRESS REF BY ===== ======= ====== ack 0214 ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 0216 - 0219 (0x4 bytes), align: 1 Segment part 9. Intra module refs: HDC_1080_get ENTRY ADDRESS REF BY ===== ======= ====== temp 0216 ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C6DA - C6EF (0x16 bytes), align: 1 Segment part 10. ENTRY ADDRESS REF BY ===== ======= ====== HDC_1080_setup C6DA main (main) calls direct ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C16E - C211 (0xa4 bytes), align: 1 Segment part 11. ENTRY ADDRESS REF BY ===== ======= ====== HDC_1080_get C16E GetData (main) main (main) calls direct ------------------------------------------------------------------------- DATA16_ID Relative segment, address: C010 - C017 (0x8 bytes), align: 1 Segment part 4. Intra module refs: HDC1080_init ------------------------------------------------------------------------- DATA16_ID Relative segment, address: C018 - C01B (0x4 bytes), align: 1 Segment part 6. Intra module refs: HDC1080_get ************************************************************************* FILE NAME : C:\Temp\GIT\ThermoHygroMeter\Debug\Obj\i2c.r43 PROGRAM MODULE, NAME : i2c SEGMENTS IN THE MODULE ====================== DATA16_AN Relative segment, address: 0020 - 0020 (0x1 bytes), align: 0 Segment part 1. ROOT Intra module refs: read_byte write_byte ENTRY ADDRESS REF BY ===== ======= ====== P1IN 0020 ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 0022 - 0022 (0x1 bytes), align: 0 Segment part 3. ROOT Intra module refs: i2c_read i2c_write read_byte write_byte ENTRY ADDRESS REF BY ===== ======= ====== P1DIR 0022 ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C54A - C5A7 (0x5e bytes), align: 1 Segment part 6. ENTRY ADDRESS REF BY ===== ======= ====== i2c_write C54A HDC_1080_get (hdc1080) HDC_1080_setup (hdc1080) calls direct ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C35A - C3E1 (0x88 bytes), align: 1 Segment part 8. ENTRY ADDRESS REF BY ===== ======= ====== i2c_read C35A HDC_1080_get (hdc1080) calls direct ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C4D8 - C549 (0x72 bytes), align: 1 Segment part 5. Intra module refs: i2c_read i2c_write LOCAL ADDRESS ===== ======= write_byte C4D8 ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C3E2 - C461 (0x80 bytes), align: 1 Segment part 7. Intra module refs: i2c_read LOCAL ADDRESS ===== ======= read_byte C3E2 ************************************************************************* FILE NAME : C:\Temp\GIT\ThermoHygroMeter\Debug\Obj\main.r43 PROGRAM MODULE, NAME : main SEGMENTS IN THE MODULE ====================== DATA16_AN Relative segment, address: 0056 - 0056 (0x1 bytes), align: 0 Segment part 1. ROOT Intra module refs: configureClocks ENTRY ADDRESS REF BY ===== ======= ====== DCOCTL 0056 ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 0057 - 0057 (0x1 bytes), align: 0 Segment part 2. ROOT Intra module refs: configureClocks ENTRY ADDRESS REF BY ===== ======= ====== BCSCTL1 0057 ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 0023 - 0023 (0x1 bytes), align: 0 Segment part 4. ROOT Intra module refs: Port_1 main ENTRY ADDRESS REF BY ===== ======= ====== P1IFG 0023 ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 0024 - 0024 (0x1 bytes), align: 0 Segment part 5. ROOT Intra module refs: main ENTRY ADDRESS REF BY ===== ======= ====== P1IES 0024 ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 0025 - 0025 (0x1 bytes), align: 0 Segment part 6. ROOT Intra module refs: main ENTRY ADDRESS REF BY ===== ======= ====== P1IE 0025 ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 0027 - 0027 (0x1 bytes), align: 0 Segment part 7. ROOT Intra module refs: main ENTRY ADDRESS REF BY ===== ======= ====== P1REN 0027 ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 0029 - 0029 (0x1 bytes), align: 0 Segment part 8. ROOT Intra module refs: displayBAt displayHumi displayTemp main ENTRY ADDRESS REF BY ===== ======= ====== P2OUT 0029 ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 002A - 002A (0x1 bytes), align: 0 Segment part 9. ROOT Intra module refs: main ENTRY ADDRESS REF BY ===== ======= ====== P2DIR 002A ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 0019 - 0019 (0x1 bytes), align: 0 Segment part 10. ROOT Intra module refs: main ENTRY ADDRESS REF BY ===== ======= ====== P3OUT 0019 ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 001A - 001A (0x1 bytes), align: 0 Segment part 11. ROOT Intra module refs: displayBAt displayHumi displayTemp main ENTRY ADDRESS REF BY ===== ======= ====== P3DIR 001A ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 0120 - 0121 (0x2 bytes), align: 0 Segment part 12. ROOT Intra module refs: main ENTRY ADDRESS REF BY ===== ======= ====== WDTCTL 0120 ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 10F9 - 10F9 (0x1 bytes), align: 0 Segment part 13. ROOT Intra module refs: configureClocks ENTRY ADDRESS REF BY ===== ======= ====== CALBC1_16MHZ 10F9 ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 10FB - 10FB (0x1 bytes), align: 0 Segment part 14. ROOT Intra module refs: configureClocks ENTRY ADDRESS REF BY ===== ======= ====== CALBC1_12MHZ 10FB ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 10FD - 10FD (0x1 bytes), align: 0 Segment part 15. ROOT Intra module refs: configureClocks ENTRY ADDRESS REF BY ===== ======= ====== CALBC1_8MHZ 10FD ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 10FE - 10FE (0x1 bytes), align: 0 Segment part 16. ROOT Intra module refs: configureClocks ENTRY ADDRESS REF BY ===== ======= ====== CALDCO_1MHZ 10FE ------------------------------------------------------------------------- DATA16_AN Relative segment, address: 10FF - 10FF (0x1 bytes), align: 0 Segment part 17. ROOT Intra module refs: configureClocks ENTRY ADDRESS REF BY ===== ======= ====== CALBC1_1MHZ 10FF ------------------------------------------------------------------------- DATA16_AC Relative segment, address: FFDE - FFDF (0x2 bytes), align: 0 Segment part 18. ROOT LOCAL ADDRESS ===== ======= x FFDE ------------------------------------------------------------------------- DATA16_C Relative segment, address: C000 - C00A (0xb bytes), align: 0 Segment part 21. Intra module refs: displayHumi displayTemp ENTRY ADDRESS REF BY ===== ======= ====== NumberOUT C000 ------------------------------------------------------------------------- DATA16_C Relative segment, address: C00B - C00E (0x4 bytes), align: 0 Segment part 22. Intra module refs: displayBAt ENTRY ADDRESS REF BY ===== ======= ====== LetterOUT C00B ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 022E - 022E (0x1 bytes), align: 0 Segment part 26. Intra module refs: displayHumi displayTemp ENTRY ADDRESS REF BY ===== ======= ====== numberP 022E ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 021A - 021B (0x2 bytes), align: 1 Segment part 27. Intra module refs: Port_1 main ENTRY ADDRESS REF BY ===== ======= ====== Display 021A ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 021C - 021D (0x2 bytes), align: 1 Segment part 28. Intra module refs: GetData ENTRY ADDRESS REF BY ===== ======= ====== humidity 021C ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 021E - 021F (0x2 bytes), align: 1 Segment part 29. Intra module refs: GetData ENTRY ADDRESS REF BY ===== ======= ====== temperature 021E ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 0220 - 0221 (0x2 bytes), align: 1 Segment part 30. Intra module refs: main ENTRY ADDRESS REF BY ===== ======= ====== batteryLow 0220 ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 0222 - 0223 (0x2 bytes), align: 1 Segment part 31. Intra module refs: GetData displayTemp ENTRY ADDRESS REF BY ===== ======= ====== to 0222 ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 0224 - 0225 (0x2 bytes), align: 1 Segment part 32. Intra module refs: GetData displayTemp ENTRY ADDRESS REF BY ===== ======= ====== tt 0224 ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 0226 - 0227 (0x2 bytes), align: 1 Segment part 33. Intra module refs: GetData displayHumi displayTemp ENTRY ADDRESS REF BY ===== ======= ====== th 0226 ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 0228 - 0229 (0x2 bytes), align: 1 Segment part 34. Intra module refs: GetData displayHumi ENTRY ADDRESS REF BY ===== ======= ====== ho 0228 ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 022A - 022B (0x2 bytes), align: 1 Segment part 35. Intra module refs: GetData displayHumi ENTRY ADDRESS REF BY ===== ======= ====== ht 022A ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 022C - 022D (0x2 bytes), align: 1 Segment part 36. Intra module refs: GetData displayHumi ENTRY ADDRESS REF BY ===== ======= ====== hh 022C ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C044 - C16D (0x12a bytes), align: 1 Segment part 42. ENTRY ADDRESS REF BY ===== ======= ====== main C044 Segment part 18 (?cstart) calls direct ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C212 - C2B5 (0xa4 bytes), align: 1 Segment part 39. Intra module refs: main ENTRY ADDRESS REF BY ===== ======= ====== displayTemp C212 calls direct ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C2B6 - C359 (0xa4 bytes), align: 1 Segment part 38. Intra module refs: main ENTRY ADDRESS REF BY ===== ======= ====== displayHumi C2B6 calls direct ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C6A4 - C6C1 (0x1e bytes), align: 1 Segment part 40. Intra module refs: main ENTRY ADDRESS REF BY ===== ======= ====== displayBAt C6A4 calls direct ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C462 - C4D7 (0x76 bytes), align: 1 Segment part 43. Intra module refs: Port_1 ENTRY ADDRESS REF BY ===== ======= ====== GetData C462 calls direct ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C656 - C67F (0x2a bytes), align: 1 Segment part 41. Intra module refs: main ENTRY ADDRESS REF BY ===== ======= ====== configureClocks C656 ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C724 - C72F (0xc bytes), align: 1 Segment part 37. Intra module refs: displayBAt displayHumi displayTemp ENTRY ADDRESS REF BY ===== ======= ====== delay C724 ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C680 - C6A3 (0x24 bytes), align: 1 Segment part 45. Intra module refs: Port_1 ENTRY ADDRESS REF BY ===== ======= ====== delay_us C680 calls direct ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C5A8 - C5ED (0x46 bytes), align: 1 Segment part 46. Intra module refs: Port_1::??INTVEC 4 ENTRY ADDRESS REF BY ===== ======= ====== Port_1 C5A8 interrupt function calls direct ------------------------------------------------------------------------- INTVEC Common segment, address: FFE0 - FFE5 (0x6 bytes), align: 1 Segment part 19. ROOT ENTRY ADDRESS REF BY ===== ======= ====== Port_1::??INTVEC 4 FFE4 ************************************************************************* FILE NAME : C:\Program Files (x86)\IAR Systems\Embedded Workbench 6.40.1\430\lib\dlib\dl430fn.r43 LIBRARY MODULE, NAME : ?__dbg_break SEGMENTS IN THE MODULE ====================== <CODE> 1 (was CODE) Relative segment, address: C746 - C747 (0x2 bytes), align: 1 Segment part 2. ENTRY ADDRESS REF BY ===== ======= ====== __DebugBreak C746 __exit (?__exit) ------------------------------------------------------------------------- LIBRARY MODULE, NAME : ?__exit SEGMENTS IN THE MODULE ====================== <CODE> 1 (was CODE) Relative segment, address: C6F0 - C701 (0x12 bytes), align: 1 Segment part 2. ENTRY ADDRESS REF BY ===== ======= ====== __exit C6F0 Segment part 6 (?_exit) _exit (?_exit) calls direct ------------------------------------------------------------------------- LIBRARY MODULE, NAME : ?_exit SEGMENTS IN THE MODULE ====================== <CODE> 1 (was CODE) Relative segment, address: C742, align: 1 Segment part 0. ENTRY ADDRESS REF BY ===== ======= ====== _exit C742 exit (?exit) ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C742 - C745 (0x4 bytes), align: 1 Segment part 6. Intra module refs: _exit ------------------------------------------------------------------------- LIBRARY MODULE, NAME : ?cstart SEGMENTS IN THE MODULE ====================== CSTACK Relative segment, address: 03B0, align: 1 Segment part 1. ------------------------------------------------------------------------- DATA16_Z Relative segment, address: 022E, align: 1 Segment part 2. ------------------------------------------------------------------------- DATA16_I Relative segment, address: 020C, align: 1 Segment part 3. ------------------------------------------------------------------------- DATA16_ID Relative segment, address: C01C, align: 1 Segment part 4. ------------------------------------------------------------------------- CSTART Relative segment, address: C01C - C01F (0x4 bytes), align: 1 Segment part 9. ENTRY ADDRESS REF BY ===== ======= ====== __program_start C01C ?reset_vector (?reset_vector) Absolute parts (?ABS_ENTRY_MOD) ?cstart_begin C01C ------------------------------------------------------------------------- CSTART Relative segment, address: C020 - C02B (0xc bytes), align: 1 Segment part 13. ENTRY ADDRESS REF BY ===== ======= ====== ?cstart_init_zero C020 Display (main) HDC1080_read_buffer (hdc1080) ack (hdc1080) batteryLow (main) hh (main) ho (main) ht (main) humidity (main) numberP (main) temp (hdc1080) temperature (main) th (main) to (main) tt (main) ------------------------------------------------------------------------- CSTART Relative segment, address: C02C - C03B (0x10 bytes), align: 1 Segment part 14. ENTRY ADDRESS REF BY ===== ======= ====== ?cstart_init_copy C02C HDC1080_get (hdc1080) HDC1080_init (hdc1080) ------------------------------------------------------------------------- CSTART Relative segment, address: C03C - C043 (0x8 bytes), align: 1 Segment part 18. Intra module refs: Segment part 9 ENTRY ADDRESS REF BY ===== ======= ====== ?cstart_call_main C03C ?cstart_end C044 ------------------------------------------------------------------------- LIBRARY MODULE, NAME : ?reset_vector SEGMENTS IN THE MODULE ====================== RESET Relative segment, address: FFFE - FFFF (0x2 bytes), align: 1 Segment part 0. ENTRY ADDRESS REF BY ===== ======= ====== ?reset_vector FFFE Segment part 9 (?cstart) ------------------------------------------------------------------------- LIBRARY MODULE, NAME : ?Epilogue SEGMENTS IN THE MODULE ====================== <CODE> 1 (was CODE) Relative segment, address: C730 - C731 (0x2 bytes), align: 1 Segment part 4. ENTRY ADDRESS REF BY ===== ======= ====== ?Epilogue4 C730 i2c_read (i2c) ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C732 - C739 (0x8 bytes), align: 1 Segment part 5. Intra module refs: ?Epilogue4 ENTRY ADDRESS REF BY ===== ======= ====== ?Epilogue3 C732 ------------------------------------------------------------------------- LIBRARY MODULE, NAME : ?exit SEGMENTS IN THE MODULE ====================== <CODE> 1 (was CODE) Relative segment, address: C73E - C741 (0x4 bytes), align: 1 Segment part 2. ENTRY ADDRESS REF BY ===== ======= ====== exit C73E Segment part 18 (?cstart) calls direct ------------------------------------------------------------------------- LIBRARY MODULE, NAME : ?Mul32 SEGMENTS IN THE MODULE ====================== <CODE> 1 (was CODE) Relative segment, address: C626 - C655 (0x30 bytes), align: 1 Segment part 0. ENTRY ADDRESS REF BY ===== ======= ====== ?Mul32 C626 HDC_1080_get (hdc1080) ------------------------------------------------------------------------- LIBRARY MODULE, NAME : ?DivMod816u SEGMENTS IN THE MODULE ====================== <CODE> 1 (was CODE) Relative segment, address: C6C2 - C6D9 (0x18 bytes), align: 1 Segment part 1. ENTRY ADDRESS REF BY ===== ======= ====== ?DivMod16u C6C2 GetData (main) ------------------------------------------------------------------------- LIBRARY MODULE, NAME : ?DivMod32u SEGMENTS IN THE MODULE ====================== <CODE> 1 (was CODE) Relative segment, address: C5EE - C625 (0x38 bytes), align: 1 Segment part 0. ENTRY ADDRESS REF BY ===== ======= ====== ?DivMod32u C5EE delay_us (main) ------------------------------------------------------------------------- LIBRARY MODULE, NAME : ?memcpy SEGMENTS IN THE MODULE ====================== <CODE> 1 (was CODE) Relative segment, address: C702 - C713 (0x12 bytes), align: 1 Segment part 2. ENTRY ADDRESS REF BY ===== ======= ====== memcpy C702 __data16_memcpy (?memzero) ------------------------------------------------------------------------- LIBRARY MODULE, NAME : ?memzero SEGMENTS IN THE MODULE ====================== <CODE> 1 (was CODE) Relative segment, address: C714 - C723 (0x10 bytes), align: 1 Segment part 2. ENTRY ADDRESS REF BY ===== ======= ====== __data16_memzero C714 ?cstart_init_zero (?cstart) ------------------------------------------------------------------------- <CODE> 1 (was CODE) Relative segment, address: C73A - C73D (0x4 bytes), align: 1 Segment part 3. ENTRY ADDRESS REF BY ===== ======= ====== __data16_memcpy C73A ?cstart_init_copy (?cstart) calls direct **************************************** * * * SEGMENTS IN ADDRESS ORDER * * * **************************************** SEGMENT SPACE START ADDRESS END ADDRESS SIZE TYPE ALIGN ======= ===== ============= =========== ==== ==== ===== DATA16_AN 0019 - 001A 2 rel 0 0020 - 0025 6 0027 - 0027 1 0029 - 002A 2 0056 - 0057 2 0120 - 0121 2 DATA16_I 0200 - 020B C rel 1 DATA16_Z 020C - 022E 23 rel 1 CSTACK 03B0 - 03FF 50 rel 1 DATA16_AN 10F9 - 10F9 1 rel 0 10FB - 10FB 1 10FD - 10FF 3 DATA16_C C000 - C00E F rel 0 DATA16_ID C010 - C01B C rel 1 CSTART C01C - C043 28 rel 1 <CODE> 1 C044 - C747 704 rel 1 DATA16_AC FFDE - FFDF 2 rel 0 INTVEC FFE0 - FFE5 6 com 1 RESET FFFE - FFFF 2 rel 1 **************************************** * * * END OF CROSS REFERENCE * * * **************************************** 1 844 bytes of CODE memory 127 bytes of DATA memory (+ 20 absolute ) 27 bytes of CONST memory (+ 2 absolute ) Errors: none Warnings: none