BaseTinyFirmware/IAR/Release/List/BC100_tiny.map

   1 ################################################################################\r
   2 #                                                                              #\r
   3 #      IAR Universal Linker V4.60I/386                                         #\r
   4 #                                                                              #\r
   5 #           Link time     =  13/Mar/2008  04:52:03                             #\r
   6 #           Target CPU    =  A90                                               #\r
   7 #           List file     =  C:\home\kevin\pub\src\bc100\IAR\Release\List\BC10 #\r
   8 #                            0_tiny.map                                        #\r
   9 #           Output file 1 =  C:\home\kevin\pub\src\bc100\IAR\Release\Exe\BC100 #\r
  10 #                            _tiny.hex                                         #\r
  11 #                            Format: intel-extended, variant: -y(CODE)         #\r
  12 #           MISRA C Rules:                                                     #\r
  13 #             Enabled     =  5-9,11-12,14,16-17,19-21,24-26,29-32,34-35,38-39, #\r
  14 #                            42-43,46,50,52-54,56-59,61-62,64-65,68-80,83-84,8 #\r
  15 #                            7-91,94-95,98-100,103-110,112-126                 #\r
  16 #             Checked     =  11,25-26                                          #\r
  17 #           Output file 2 =  C:\home\kevin\pub\src\bc100\IAR\Release\Exe\BC100 #\r
  18 #                            _tiny_data.hex                                    #\r
  19 #                            Format: intel-extended, variant: -y(DATA)         #\r
  20 #           MISRA C Rules:                                                     #\r
  21 #             Enabled     =  5-9,11-12,14,16-17,19-21,24-26,29-32,34-35,38-39, #\r
  22 #                            42-43,46,50,52-54,56-59,61-62,64-65,68-80,83-84,8 #\r
  23 #                            7-91,94-95,98-100,103-110,112-126                 #\r
  24 #             Checked     =  11,25-26                                          #\r
  25 #           Output file 3 =  C:\home\kevin\pub\src\bc100\IAR\Release\Exe\BC100 #\r
  26 #                            _tiny_eeprom.hex                                  #\r
  27 #                            Format: intel-extended, variant: -y(XDATA)        #\r
  28 #           MISRA C Rules:                                                     #\r
  29 #             Enabled     =  5-9,11-12,14,16-17,19-21,24-26,29-32,34-35,38-39, #\r
  30 #                            42-43,46,50,52-54,56-59,61-62,64-65,68-80,83-84,8 #\r
  31 #                            7-91,94-95,98-100,103-110,112-126                 #\r
  32 #             Checked     =  11,25-26                                          #\r
  33 #           Command line  =  -y(CODE)                                          #\r
  34 #                            -Ointel-extended,(DATA)=C:\home\kevin\pub\src\bc1 #\r
  35 #                            00\IAR\Release\Exe\BC100_tiny_data.hex            #\r
  36 #                            -Ointel-extended,(XDATA)=C:\home\kevin\pub\src\bc #\r
  37 #                            100\IAR\Release\Exe\BC100_tiny_eeprom.hex         #\r
  38 #                            C:\home\kevin\pub\src\bc100\IAR\Release\Obj\ADC.r #\r
  39 #                            90                                                #\r
  40 #                            C:\home\kevin\pub\src\bc100\IAR\Release\Obj\NIMHc #\r
  41 #                            harge.r90                                         #\r
  42 #                            C:\home\kevin\pub\src\bc100\IAR\Release\Obj\OWI.r #\r
  43 #                            90                                                #\r
  44 #                            C:\home\kevin\pub\src\bc100\IAR\Release\Obj\PWM.r #\r
  45 #                            90                                                #\r
  46 #                            C:\home\kevin\pub\src\bc100\IAR\Release\Obj\USI.r #\r
  47 #                            90                                                #\r
  48 #                            C:\home\kevin\pub\src\bc100\IAR\Release\Obj\batte #\r
  49 #                            ry.r90                                            #\r
  50 #                            C:\home\kevin\pub\src\bc100\IAR\Release\Obj\charg #\r
  51 #                            efunc.r90                                         #\r
  52 #                            C:\home\kevin\pub\src\bc100\IAR\Release\Obj\main. #\r
  53 #                            r90                                               #\r
  54 #                            C:\home\kevin\pub\src\bc100\IAR\Release\Obj\menu. #\r
  55 #                            r90                                               #\r
  56 #                            C:\home\kevin\pub\src\bc100\IAR\Release\Obj\state #\r
  57 #                            func.r90                                          #\r
  58 #                            C:\home\kevin\pub\src\bc100\IAR\Release\Obj\time. #\r
  59 #                            r90                                               #\r
  60 #                            -o                                                #\r
  61 #                            C:\home\kevin\pub\src\bc100\IAR\Release\Exe\BC100 #\r
  62 #                            _tiny.hex                                         #\r
  63 #                            -Fintel-extended -B -l                            #\r
  64 #                            C:\home\kevin\pub\src\bc100\IAR\Release\List\BC10 #\r
  65 #                            0_tiny.map                                        #\r
  66 #                            -xmsno                                            #\r
  67 #                            "-IC:\Program Files\IAR Systems\Embedded Workbenc #\r
  68 #                            h 4.0\avr\LIB\"                                   #\r
  69 #                            -f                                                #\r
  70 #                            "C:\Program Files\IAR Systems\Embedded Workbench  #\r
  71 #                            4.0\avr\src\template\cfgtiny861.xcl"              #\r
  72 #                            (-D_..X_INTVEC_SIZE=26 -D_..X_FLASH_END=1FFF      #\r
  73 #                            -D_..X_SRAM_BASE=60                               #\r
  74 #                            -D_..X_SRAM_TBASE=_..X_SRAM_BASE                  #\r
  75 #                            -D_..X_SRAM_TSIZE=(100-_..X_SRAM_BASE)            #\r
  76 #                            -D_..X_SRAM_END=25F                               #\r
  77 #                            -D_..X_EXT_SRAM_BASE=_..X_SRAM_END                #\r
  78 #                            -D_..X_EXT_SRAM_SIZE=0                            #\r
  79 #                            -D_..X_EXT_ROM_BASE=_..X_SRAM_END                 #\r
  80 #                            -D_..X_EXT_ROM_SIZE=0                             #\r
  81 #                            -D_..X_EXT_NV_BASE=_..X_SRAM_END                  #\r
  82 #                            -D_..X_EXT_NV_SIZE=0 -D_..X_EEPROM_END=1FF        #\r
  83 #                            -D_..X_EEPROM_START=0) -D_..X_HEAP_SIZE=10        #\r
  84 #                            -D_..X_TINY_HEAP_SIZE=0 -D_..X_NEAR_HEAP_SIZE=0   #\r
  85 #                            -D_..X_FAR_HEAP_SIZE=0 -D_..X_HUGE_HEAP_SIZE=0    #\r
  86 #                            -D_..X_CSTACK_SIZE=40 -D_..X_RSTACK_SIZE=30 -f    #\r
  87 #                            "C:\Program Files\IAR Systems\Embedded Workbench  #\r
  88 #                            4.0\avr\src\template\cfg1soim.xcl"                #\r
  89 #                            (-ca90 -w29 -Z(CODE)INTVEC=0-_..X_INTVEC_SIZE     #\r
  90 #                            -Z(CODE)TINY_F=_..X_FLASH_BASE-FF                 #\r
  91 #                            -Z(CODE)NEAR_F=_..X_FLASH_BASE-_..X_FLASH_END     #\r
  92 #                            -Z(CODE)SWITCH=_..X_FLASH_BASE-_..X_FLASH_END     #\r
  93 #                            -Z(CODE)INITTAB=_..X_FLASH_BASE-_..X_FLASH_END    #\r
  94 #                            -Z(CODE)DIFUNCT=_..X_FLASH_BASE-_..X_FLASH_END    #\r
  95 #                            -Z(CODE)CODE=_..X_FLASH_BASE-_..X_FLASH_END       #\r
  96 #                            -Z(CODE)TINY_ID=_..X_FLASH_BASE-_..X_FLASH_END    #\r
  97 #                            -Z(CODE)NEAR_ID=_..X_FLASH_BASE-_..X_FLASH_END    #\r
  98 #                            -Z(CODE)CHECKSUM#_..X_FLASH_END                   #\r
  99 #                            -Z(DATA)TINY_I,TINY_Z,TINY_N=_..X_SRAM_TBASE:+_.. #\r
 100 #                            X_SRAM_TSIZE                                      #\r
 101 #                            -Z(DATA)CSTACK+_..X_CSTACK_SIZE=_..X_CSTACK_BASE- #\r
 102 #                            _..X_CSTACK_END                                   #\r
 103 #                            -Z(DATA)HEAP+_..X_HEAP_SIZE=_..X_SRAM_BASE-_..X_S #\r
 104 #                            RAM_END                                           #\r
 105 #                            -Z(DATA)IOSTREAM_N#_..X_SRAM_BASE-_..X_SRAM_END   #\r
 106 #                            -Z(DATA)NEAR_HEAP+_..X_NEAR_HEAP_SIZE=_..X_SRAM_B #\r
 107 #                            ASE-_..X_SRAM_END                                 #\r
 108 #                            -Z(DATA)RSTACK+_..X_RSTACK_SIZE=_..X_RSTACK_BASE- #\r
 109 #                            _..X_RSTACK_END                                   #\r
 110 #                            -Z(DATA)NEAR_I,NEAR_Z,NEAR_N=_..X_SRAM_BASE-_..X_ #\r
 111 #                            SRAM_END                                          #\r
 112 #                            -Z(XDATA)EEPROM_I,EEPROM_N=_..X_EEPROM_START-_..X #\r
 113 #                            _EEPROM_END)                                      #\r
 114 #                            -D_..X_FLASH_BASE=_..X_INTVEC_SIZE -H1895         #\r
 115 #                            -h(CODE)0-(_..X_INTVEC_SIZE-1)                    #\r
 116 #                            -D_..X_CSTACK_BASE=_..X_SRAM_BASE                 #\r
 117 #                            -D_..X_CSTACK_END=_..X_SRAM_END                   #\r
 118 #                            -D_..X_RSTACK_BASE=_..X_SRAM_BASE                 #\r
 119 #                            -D_..X_RSTACK_END=_..X_SRAM_END -s                #\r
 120 #                            __program_start                                   #\r
 121 #                            "C:\Program Files\IAR Systems\Embedded Workbench  #\r
 122 #                            4.0\avr\LIB\CLIB\cl1s-ec_nomul.r90"               #\r
 123 #                            -e_small_write=_formatted_write                   #\r
 124 #                            -e_medium_read=_formatted_read                    #\r
 125 #                            --misrac=5-9,11-12,14,16-17,19-21,24-26,29-32,34- #\r
 126 #                            35,38-39,42-43,46,50,52-54,56-59,61-62,64-65,68-8 #\r
 127 #                            0,83-84,87-91,94-95,98-100,103-110,112-126        #\r
 128 #                                                                              #\r
 129 #                        Copyright 1987-2007 IAR Systems. All rights reserved. #\r
 130 ################################################################################\r
 131 \r
 132 \r
 133 \r
 134 \r
 135 \r
 136                 ****************************************\r
 137                 *                                      *\r
 138                 *           CROSS REFERENCE            *\r
 139                 *                                      *\r
 140                 ****************************************\r
 141 \r
 142        Program entry at : CODE      00000000  Relocatable, from module : ?RESET\r
 143 \r
 144 \r
 145 \r
 146 \r
 147                 ****************************************\r
 148                 *                                      *\r
 149                 *            RUNTIME MODEL             *\r
 150                 *                                      *\r
 151                 ****************************************\r
 152 \r
 153   EEPROM_SIZE     = 2\r
 154   R4              = REG\r
 155   R5              = REG\r
 156   R6              = REG\r
 157   R7              = REG\r
 158   R8              = REG\r
 159   R9              = REG\r
 160   __64bit_doubles = disabled\r
 161   __cpu           = 1\r
 162   __cpu_name      = ATtiny861\r
 163   __enhanced_core = enabled\r
 164   __has_elpm      = false\r
 165   __memory_model  = 2\r
 166   __rt_version    = 3\r
 167 \r
 168 \r
 169 \r
 170                 ****************************************\r
 171                 *                                      *\r
 172                 *              MODULE MAP              *\r
 173                 *                                      *\r
 174                 ****************************************\r
 175 \r
 176 \r
 177   DEFINED ABSOLUTE ENTRIES\r
 178   PROGRAM MODULE, NAME : ?ABS_ENTRY_MOD\r
 179 \r
 180 Absolute parts\r
 181            ENTRY                   ADDRESS         REF BY\r
 182            =====                   =======         ======\r
 183            _..X_RSTACK_END         0000025F \r
 184            _..X_RSTACK_BASE        00000060 \r
 185            _..X_CSTACK_END         0000025F \r
 186            _..X_CSTACK_BASE        00000060 \r
 187            _..X_FLASH_BASE         00000026 \r
 188            _..X_RSTACK_SIZE        00000030 \r
 189            _..X_CSTACK_SIZE        00000040 \r
 190            _..X_HUGE_HEAP_SIZE     00000000 \r
 191            _..X_FAR_HEAP_SIZE      00000000 \r
 192            _..X_NEAR_HEAP_SIZE     00000000 \r
 193            _..X_TINY_HEAP_SIZE     00000000 \r
 194            _..X_HEAP_SIZE          00000010 \r
 195            _..X_EEPROM_START       00000000 \r
 196            _..X_EEPROM_END         000001FF \r
 197            _..X_EXT_NV_SIZE        00000000 \r
 198            _..X_EXT_NV_BASE        0000025F \r
 199            _..X_EXT_ROM_SIZE       00000000 \r
 200            _..X_EXT_ROM_BASE       0000025F \r
 201            _..X_EXT_SRAM_SIZE      00000000 \r
 202            _..X_EXT_SRAM_BASE      0000025F \r
 203            _..X_SRAM_END           0000025F \r
 204            _..X_SRAM_TSIZE         000000A0 \r
 205            _..X_SRAM_TBASE         00000060 \r
 206            _..X_SRAM_BASE          00000060 \r
 207            _..X_FLASH_END          00001FFF \r
 208            _..X_INTVEC_SIZE        00000026 \r
 209     *************************************************************************\r
 210 \r
 211   FILE NAME : C:\home\kevin\pub\src\bc100\IAR\Release\Obj\ADC.r90\r
 212   PROGRAM MODULE, NAME : ADC\r
 213 \r
 214   SEGMENTS IN THE MODULE\r
 215   ======================\r
 216 ABSOLUTE\r
 217   Relative segment, address: DATA 0000003B - 0000003B (0x1 bytes), align: 0\r
 218   Segment part 1.             Intra module refs:   ADC_Init\r
 219                                                    OWI_DetectPresence (OWI)\r
 220                                                    OWI_Init (OWI)\r
 221                                                    OWI_ReadBit (OWI)\r
 222                                                    OWI_WriteBit0 (OWI)\r
 223                                                    OWI_WriteBit1 (OWI)\r
 224            ENTRY                   ADDRESS         REF BY\r
 225            =====                   =======         ======\r
 226            _A_PORTA                0000003B \r
 227     -------------------------------------------------------------------------\r
 228 ABSOLUTE\r
 229   Relative segment, address: DATA 0000003A - 0000003A (0x1 bytes), align: 0\r
 230   Segment part 2.             Intra module refs:   ADC_Init\r
 231                                                    OWI_DetectPresence (OWI)\r
 232                                                    OWI_Init (OWI)\r
 233                                                    OWI_ReadBit (OWI)\r
 234                                                    OWI_WriteBit0 (OWI)\r
 235                                                    OWI_WriteBit1 (OWI)\r
 236            ENTRY                   ADDRESS         REF BY\r
 237            =====                   =======         ======\r
 238            _A_DDRA                 0000003A \r
 239     -------------------------------------------------------------------------\r
 240 ABSOLUTE\r
 241   Relative segment, address: DATA 00000027 - 00000027 (0x1 bytes), align: 0\r
 242   Segment part 3.             Intra module refs:   ADC_ISR\r
 243                                                    ADC_Init\r
 244            ENTRY                   ADDRESS         REF BY\r
 245            =====                   =======         ======\r
 246            _A_ADMUX                00000027 \r
 247     -------------------------------------------------------------------------\r
 248 ABSOLUTE\r
 249   Relative segment, address: DATA 00000026 - 00000026 (0x1 bytes), align: 0\r
 250   Segment part 4.             Intra module refs:   ADC_ISR\r
 251                                                    ADC_Init\r
 252                                                    Error (statefunc)\r
 253                                                    Sleep (statefunc)\r
 254            ENTRY                   ADDRESS         REF BY\r
 255            =====                   =======         ======\r
 256            _A_ADCSRA               00000026 \r
 257     -------------------------------------------------------------------------\r
 258 ABSOLUTE\r
 259   Relative segment, address: DATA 00000024 - 00000025 (0x2 bytes), align: 0\r
 260   Segment part 5.             Intra module refs:   ADC_ISR\r
 261                                                    ADC_Init\r
 262            ENTRY                   ADDRESS         REF BY\r
 263            =====                   =======         ======\r
 264            _A_ADC                  00000024 \r
 265     -------------------------------------------------------------------------\r
 266 ABSOLUTE\r
 267   Relative segment, address: DATA 00000023 - 00000023 (0x1 bytes), align: 0\r
 268   Segment part 6.             Intra module refs:   ADC_ISR\r
 269                                                    ADC_Init\r
 270            ENTRY                   ADDRESS         REF BY\r
 271            =====                   =======         ======\r
 272            _A_ADCSRB               00000023 \r
 273     -------------------------------------------------------------------------\r
 274 EEPROM_I\r
 275   Relative segment, address: XDATA 00000000 - 00000000 (0x1 bytes), align: 0\r
 276   Segment part 16.            Intra module refs:   ADC_ISR\r
 277            ENTRY                   ADDRESS         REF BY\r
 278            =====                   =======         ======\r
 279            VBAT_RANGE              00000000 \r
 280     -------------------------------------------------------------------------\r
 281 CODE\r
 282   Relative segment, address: CODE 00000050 - 000001E3 (0x194 bytes), align: 1\r
 283   Segment part 17.            Intra module refs:   ADC_ISR::??INTVEC 22\r
 284            ENTRY                   ADDRESS         REF BY\r
 285            =====                   =======         ======\r
 286            ADC_ISR                 00000050 \r
 287                interrupt function\r
 288                calls direct\r
 289                stack 1 = 00000000 ( 00000013 )\r
 290                stack 2 = 00000000 ( 00000004 )\r
 291     -------------------------------------------------------------------------\r
 292 NEAR_Z\r
 293   Relative segment, address: DATA 00000144 - 0000015C (0x19 bytes), align: 0\r
 294   Segment part 14.            Intra module refs:   ADC_ISR\r
 295                                                    ADC_Init\r
 296            ENTRY                   ADDRESS         REF BY\r
 297            =====                   =======         ======\r
 298            ADCS                    00000144        BatteryStatusRefresh (battery)\r
 299                                                    ConstantCurrent (chargefunc)\r
 300                                                    HaltNow (chargefunc)\r
 301                                                    JumperCheck (statefunc)\r
 302                                                    NTCLookUp (battery)\r
 303                                                    RIDLookUp (battery)\r
 304                                                    USI_OVF_ISR (USI)\r
 305     -------------------------------------------------------------------------\r
 306 CODE\r
 307   Relative segment, address: CODE 000001E4 - 00000249 (0x66 bytes), align: 1\r
 308   Segment part 18.            Intra module refs:   ADC_ISR\r
 309            ENTRY                   ADDRESS         REF BY\r
 310            =====                   =======         ======\r
 311            ScaleU                  000001E4 \r
 312                stack 1 = 00000000 ( 00000003 )\r
 313                stack 2 = 00000000 ( 00000004 )\r
 314     -------------------------------------------------------------------------\r
 315 CODE\r
 316   Relative segment, address: CODE 0000024A - 000002BD (0x74 bytes), align: 1\r
 317   Segment part 19.            Intra module refs:   ADC_ISR\r
 318            ENTRY                   ADDRESS         REF BY\r
 319            =====                   =======         ======\r
 320            ScaleI                  0000024A \r
 321                stack 1 = 00000000 ( 00000003 )\r
 322                stack 2 = 00000000 ( 00000004 )\r
 323     -------------------------------------------------------------------------\r
 324 CODE\r
 325   Relative segment, address: CODE 000002BE - 000002BF (0x2 bytes), align: 1\r
 326   Segment part 20.\r
 327            ENTRY                   ADDRESS         REF BY\r
 328            =====                   =======         ======\r
 329            ADC_Wait                000002BE        BatteryControl (statefunc)\r
 330                                                    ConstantCurrent (chargefunc)\r
 331                                                    Error (statefunc)\r
 332                                                    HaltNow (chargefunc)\r
 333                                                    Initialize (statefunc)\r
 334                                                    JumperCheck (statefunc)\r
 335                                                    Sleep (statefunc)\r
 336                stack 1 = 00000000 ( 00000000 )\r
 337                stack 2 = 00000000 ( 00000002 )\r
 338     -------------------------------------------------------------------------\r
 339 CODE\r
 340   Relative segment, address: CODE 000002C0 - 00000339 (0x7a bytes), align: 1\r
 341   Segment part 21.\r
 342            ENTRY                   ADDRESS         REF BY\r
 343            =====                   =======         ======\r
 344            ADC_Init                000002C0        Initialize (statefunc)\r
 345                stack 1 = 00000000 ( 00000000 )\r
 346                stack 2 = 00000000 ( 00000002 )\r
 347     -------------------------------------------------------------------------\r
 348 ABSOLUTE\r
 349   Relative segment, address: DATA 0000001C, align: 0\r
 350   Segment part 7.\r
 351            ENTRY                   ADDRESS         REF BY\r
 352            =====                   =======         ======\r
 353            __?EECR                 0000001C        Segment part 0 (?EEPROM_16)\r
 354                                                    Segment part 1 (?EEPROM_16)\r
 355                                                    Segment part 8 (?EEPROM_16)\r
 356     -------------------------------------------------------------------------\r
 357 ABSOLUTE\r
 358   Relative segment, address: DATA 0000001D, align: 0\r
 359   Segment part 8.\r
 360            ENTRY                   ADDRESS         REF BY\r
 361            =====                   =======         ======\r
 362            __?EEDR                 0000001D        __eeget8_16 (?EEPROM_16)\r
 363                                                    __eeput8_16 (?EEPROM_16)\r
 364     -------------------------------------------------------------------------\r
 365 ABSOLUTE\r
 366   Relative segment, address: DATA 0000001E, align: 0\r
 367   Segment part 9.\r
 368            ENTRY                   ADDRESS         REF BY\r
 369            =====                   =======         ======\r
 370            __?EEARL                0000001E        Segment part 1 (?EEPROM_16)\r
 371                                                    Segment part 8 (?EEPROM_16)\r
 372     -------------------------------------------------------------------------\r
 373 ABSOLUTE\r
 374   Relative segment, address: DATA 0000001F, align: 0\r
 375   Segment part 10.\r
 376            ENTRY                   ADDRESS         REF BY\r
 377            =====                   =======         ======\r
 378            __?EEARH                0000001F        Segment part 1 (?EEPROM_16)\r
 379                                                    Segment part 8 (?EEPROM_16)\r
 380     -------------------------------------------------------------------------\r
 381 INTVEC\r
 382   Common segment, address: CODE 00000000 - 00000017 (0x18 bytes), align: 1\r
 383   Segment part 11. ROOT.\r
 384            ENTRY                   ADDRESS         REF BY\r
 385            =====                   =======         ======\r
 386            ADC_ISR::??INTVEC 22    00000016 \r
 387     -------------------------------------------------------------------------\r
 388 INITTAB\r
 389   Relative segment, address: CODE 00000044 - 00000049 (0x6 bytes), align: 0\r
 390   Segment part 15.            Intra module refs:   ADCS\r
 391                                                    BattActive (battery)\r
 392                                                    BattData (battery)\r
 393                                                    CurrentState (main)\r
 394                                                    SPI (USI)\r
 395                                                    Segment part 13 (statefunc)\r
 396                                                    Segment part 8 (chargefunc)\r
 397                                                    timeval (time)\r
 398            ENTRY                   ADDRESS         REF BY\r
 399            =====                   =======         ======\r
 400            ?<Segment init: NEAR_Z>\r
 401                                    00000044 \r
 402 \r
 403     *************************************************************************\r
 404 \r
 405   FILE NAME : C:\home\kevin\pub\src\bc100\IAR\Release\Obj\NIMHcharge.r90\r
 406   PROGRAM MODULE, NAME : NIMHcharge\r
 407 \r
 408   SEGMENTS IN THE MODULE\r
 409   ======================\r
 410 CODE\r
 411   Relative segment, address: CODE 0000033A - 00000445 (0x10c bytes), align: 1\r
 412   Segment part 7.\r
 413            ENTRY                   ADDRESS         REF BY\r
 414            =====                   =======         ======\r
 415            Charge                  0000033A        menu_state (menu)\r
 416                calls direct\r
 417                stack 1 = 00000000 ( 00000002 )\r
 418                stack 2 = 00000000 ( 00000004 )\r
 419 \r
 420     *************************************************************************\r
 421 \r
 422   FILE NAME : C:\home\kevin\pub\src\bc100\IAR\Release\Obj\OWI.r90\r
 423   PROGRAM MODULE, NAME : OWI\r
 424 \r
 425   SEGMENTS IN THE MODULE\r
 426   ======================\r
 427 ABSOLUTE\r
 428   Relative segment, address: DATA 00000039 - 00000039 (0x1 bytes), align: 0\r
 429   Segment part 3.             Intra module refs:   OWI_DetectPresence\r
 430                                                    OWI_ReadBit\r
 431            ENTRY                   ADDRESS         REF BY\r
 432            =====                   =======         ======\r
 433            _A_PINA                 00000039 \r
 434     -------------------------------------------------------------------------\r
 435 CODE\r
 436   Relative segment, address: CODE 00000446 - 00000461 (0x1c bytes), align: 1\r
 437   Segment part 10.\r
 438            ENTRY                   ADDRESS         REF BY\r
 439            =====                   =======         ======\r
 440            OWI_Init                00000446        Initialize (statefunc)\r
 441                stack 1 = 00000000 ( 00000000 )\r
 442                stack 2 = 00000000 ( 00000002 )\r
 443     -------------------------------------------------------------------------\r
 444 CODE\r
 445   Relative segment, address: CODE 00000462 - 00000493 (0x32 bytes), align: 1\r
 446   Segment part 11.            Intra module refs:   OWI_SendByte\r
 447            ENTRY                   ADDRESS         REF BY\r
 448            =====                   =======         ======\r
 449            OWI_WriteBit1           00000462 \r
 450                stack 1 = 00000000 ( 00000000 )\r
 451                stack 2 = 00000000 ( 00000002 )\r
 452     -------------------------------------------------------------------------\r
 453 CODE\r
 454   Relative segment, address: CODE 00000494 - 000004C5 (0x32 bytes), align: 1\r
 455   Segment part 12.            Intra module refs:   OWI_SendByte\r
 456            ENTRY                   ADDRESS         REF BY\r
 457            =====                   =======         ======\r
 458            OWI_WriteBit0           00000494 \r
 459                stack 1 = 00000000 ( 00000000 )\r
 460                stack 2 = 00000000 ( 00000002 )\r
 461     -------------------------------------------------------------------------\r
 462 CODE\r
 463   Relative segment, address: CODE 000004C6 - 00000507 (0x42 bytes), align: 1\r
 464   Segment part 13.            Intra module refs:   OWI_ReceiveByte\r
 465            ENTRY                   ADDRESS         REF BY\r
 466            =====                   =======         ======\r
 467            OWI_ReadBit             000004C6 \r
 468                stack 1 = 00000000 ( 00000000 )\r
 469                stack 2 = 00000000 ( 00000002 )\r
 470     -------------------------------------------------------------------------\r
 471 CODE\r
 472   Relative segment, address: CODE 00000508 - 00000551 (0x4a bytes), align: 1\r
 473   Segment part 14.\r
 474            ENTRY                   ADDRESS         REF BY\r
 475            =====                   =======         ======\r
 476            OWI_DetectPresence      00000508        BatteryDataRefresh (battery)\r
 477                stack 1 = 00000000 ( 00000000 )\r
 478                stack 2 = 00000000 ( 00000002 )\r
 479     -------------------------------------------------------------------------\r
 480 CODE\r
 481   Relative segment, address: CODE 00000552 - 00000577 (0x26 bytes), align: 1\r
 482   Segment part 15.\r
 483            ENTRY                   ADDRESS         REF BY\r
 484            =====                   =======         ======\r
 485            OWI_SendByte            00000552        BatteryDataRefresh (battery)\r
 486                calls direct\r
 487                stack 1 = 00000000 ( 00000003 )\r
 488                stack 2 = 00000000 ( 00000002 )\r
 489     -------------------------------------------------------------------------\r
 490 CODE\r
 491   Relative segment, address: CODE 00000578 - 0000059D (0x26 bytes), align: 1\r
 492   Segment part 16.\r
 493            ENTRY                   ADDRESS         REF BY\r
 494            =====                   =======         ======\r
 495            OWI_ReceiveByte         00000578        BatteryDataRefresh (battery)\r
 496                calls direct\r
 497                stack 1 = 00000000 ( 00000003 )\r
 498                stack 2 = 00000000 ( 00000002 )\r
 499     -------------------------------------------------------------------------\r
 500 CODE\r
 501   Relative segment, address: CODE 0000059E - 000005C1 (0x24 bytes), align: 1\r
 502   Segment part 22.\r
 503            ENTRY                   ADDRESS         REF BY\r
 504            =====                   =======         ======\r
 505            OWI_ComputeCRC8         0000059E        BatteryDataRefresh (battery)\r
 506                stack 1 = 00000000 ( 00000000 )\r
 507                stack 2 = 00000000 ( 00000002 )\r
 508 \r
 509     *************************************************************************\r
 510 \r
 511   FILE NAME : C:\home\kevin\pub\src\bc100\IAR\Release\Obj\PWM.r90\r
 512   PROGRAM MODULE, NAME : PWM\r
 513 \r
 514   SEGMENTS IN THE MODULE\r
 515   ======================\r
 516 ABSOLUTE\r
 517   Relative segment, address: DATA 00000050 - 00000050 (0x1 bytes), align: 0\r
 518   Segment part 1.             Intra module refs:   PWM_Start\r
 519                                                    PWM_Stop\r
 520            ENTRY                   ADDRESS         REF BY\r
 521            =====                   =======         ======\r
 522            _A_TCCR1A               00000050 \r
 523     -------------------------------------------------------------------------\r
 524 ABSOLUTE\r
 525   Relative segment, address: DATA 0000004F - 0000004F (0x1 bytes), align: 0\r
 526   Segment part 2.             Intra module refs:   PWM_Start\r
 527                                                    PWM_Stop\r
 528            ENTRY                   ADDRESS         REF BY\r
 529            =====                   =======         ======\r
 530            _A_TCCR1B               0000004F \r
 531     -------------------------------------------------------------------------\r
 532 ABSOLUTE\r
 533   Relative segment, address: DATA 0000004D - 0000004D (0x1 bytes), align: 0\r
 534   Segment part 3.             Intra module refs:   PWM_Start\r
 535            ENTRY                   ADDRESS         REF BY\r
 536            =====                   =======         ======\r
 537            _A_OCR1A                0000004D \r
 538     -------------------------------------------------------------------------\r
 539 ABSOLUTE\r
 540   Relative segment, address: DATA 0000004C - 0000004C (0x1 bytes), align: 0\r
 541   Segment part 4.             Intra module refs:   BatteryStatusRefresh (battery)\r
 542                                                    ConstantCurrent (chargefunc)\r
 543                                                    PWM_DecrementDutyCycle\r
 544                                                    PWM_IncrementDutyCycle\r
 545                                                    PWM_Start\r
 546                                                    PWM_Stop\r
 547            ENTRY                   ADDRESS         REF BY\r
 548            =====                   =======         ======\r
 549            _A_OCR1B                0000004C \r
 550     -------------------------------------------------------------------------\r
 551 ABSOLUTE\r
 552   Relative segment, address: DATA 0000004B - 0000004B (0x1 bytes), align: 0\r
 553   Segment part 5.             Intra module refs:   PWM_Start\r
 554                                                    PWM_Stop\r
 555            ENTRY                   ADDRESS         REF BY\r
 556            =====                   =======         ======\r
 557            _A_OCR1C                0000004B \r
 558     -------------------------------------------------------------------------\r
 559 ABSOLUTE\r
 560   Relative segment, address: DATA 0000004A - 0000004A (0x1 bytes), align: 0\r
 561   Segment part 6.             Intra module refs:   PWM_Start\r
 562                                                    PWM_Stop\r
 563            ENTRY                   ADDRESS         REF BY\r
 564            =====                   =======         ======\r
 565            _A_OCR1D                0000004A \r
 566     -------------------------------------------------------------------------\r
 567 ABSOLUTE\r
 568   Relative segment, address: DATA 00000049 - 00000049 (0x1 bytes), align: 0\r
 569   Segment part 7.             Intra module refs:   PWM_Start\r
 570                                                    PWM_Stop\r
 571            ENTRY                   ADDRESS         REF BY\r
 572            =====                   =======         ======\r
 573            _A_PLLCSR               00000049 \r
 574     -------------------------------------------------------------------------\r
 575 ABSOLUTE\r
 576   Relative segment, address: DATA 00000047 - 00000047 (0x1 bytes), align: 0\r
 577   Segment part 8.             Intra module refs:   PWM_Start\r
 578                                                    PWM_Stop\r
 579            ENTRY                   ADDRESS         REF BY\r
 580            =====                   =======         ======\r
 581            _A_TCCR1C               00000047 \r
 582     -------------------------------------------------------------------------\r
 583 ABSOLUTE\r
 584   Relative segment, address: DATA 00000046 - 00000046 (0x1 bytes), align: 0\r
 585   Segment part 9.             Intra module refs:   PWM_Start\r
 586                                                    PWM_Stop\r
 587            ENTRY                   ADDRESS         REF BY\r
 588            =====                   =======         ======\r
 589            _A_TCCR1D               00000046 \r
 590     -------------------------------------------------------------------------\r
 591 ABSOLUTE\r
 592   Relative segment, address: DATA 00000044 - 00000044 (0x1 bytes), align: 0\r
 593   Segment part 10.            Intra module refs:   PWM_Start\r
 594                                                    PWM_Stop\r
 595            ENTRY                   ADDRESS         REF BY\r
 596            =====                   =======         ======\r
 597            _A_DT1                  00000044 \r
 598     -------------------------------------------------------------------------\r
 599 ABSOLUTE\r
 600   Relative segment, address: DATA 00000037 - 00000037 (0x1 bytes), align: 0\r
 601   Segment part 11.            Intra module refs:   Initialize (statefunc)\r
 602                                                    PWM_Start\r
 603                                                    SPI_Init (USI)\r
 604            ENTRY                   ADDRESS         REF BY\r
 605            =====                   =======         ======\r
 606            _A_DDRB                 00000037 \r
 607     -------------------------------------------------------------------------\r
 608 ABSOLUTE\r
 609   Relative segment, address: DATA 00000020 - 00000020 (0x1 bytes), align: 0\r
 610   Segment part 12.            Intra module refs:   PWM_Start\r
 611            ENTRY                   ADDRESS         REF BY\r
 612            =====                   =======         ======\r
 613            _A_TCCR1E               00000020 \r
 614     -------------------------------------------------------------------------\r
 615 CODE\r
 616   Relative segment, address: CODE 000005C2 - 000005D7 (0x16 bytes), align: 1\r
 617   Segment part 19.\r
 618            ENTRY                   ADDRESS         REF BY\r
 619            =====                   =======         ======\r
 620            PWM_Stop                000005C2        Charge (NIMHcharge)\r
 621                                                    Error (statefunc)\r
 622                                                    HaltNow (chargefunc)\r
 623                                                    JumperCheck (statefunc)\r
 624                stack 1 = 00000000 ( 00000000 )\r
 625                stack 2 = 00000000 ( 00000002 )\r
 626     -------------------------------------------------------------------------\r
 627 CODE\r
 628   Relative segment, address: CODE 000005D8 - 00000627 (0x50 bytes), align: 1\r
 629   Segment part 20.\r
 630            ENTRY                   ADDRESS         REF BY\r
 631            =====                   =======         ======\r
 632            PWM_Start               000005D8        Charge (NIMHcharge)\r
 633                                                    JumperCheck (statefunc)\r
 634                calls direct\r
 635                stack 1 = 00000000 ( 00000000 )\r
 636                stack 2 = 00000000 ( 00000002 )\r
 637     -------------------------------------------------------------------------\r
 638 CODE\r
 639   Relative segment, address: CODE 00000628 - 0000063B (0x14 bytes), align: 1\r
 640   Segment part 21.\r
 641            ENTRY                   ADDRESS         REF BY\r
 642            =====                   =======         ======\r
 643            PWM_IncrementDutyCycle\r
 644                                    00000628        ConstantCurrent (chargefunc)\r
 645                                                    JumperCheck (statefunc)\r
 646                stack 1 = 00000000 ( 00000000 )\r
 647                stack 2 = 00000000 ( 00000002 )\r
 648     -------------------------------------------------------------------------\r
 649 CODE\r
 650   Relative segment, address: CODE 0000063C - 0000064F (0x14 bytes), align: 1\r
 651   Segment part 22.\r
 652            ENTRY                   ADDRESS         REF BY\r
 653            =====                   =======         ======\r
 654            PWM_DecrementDutyCycle\r
 655                                    0000063C        ConstantCurrent (chargefunc)\r
 656                stack 1 = 00000000 ( 00000000 )\r
 657                stack 2 = 00000000 ( 00000002 )\r
 658 \r
 659     *************************************************************************\r
 660 \r
 661   FILE NAME : C:\home\kevin\pub\src\bc100\IAR\Release\Obj\USI.r90\r
 662   PROGRAM MODULE, NAME : USI\r
 663 \r
 664   SEGMENTS IN THE MODULE\r
 665   ======================\r
 666 ABSOLUTE\r
 667   Relative segment, address: DATA 00000038 - 00000038 (0x1 bytes), align: 0\r
 668   Segment part 1.             Intra module refs:   DisableBatteries (battery)\r
 669                                                    EnableBattery (battery)\r
 670                                                    SPI_Init\r
 671            ENTRY                   ADDRESS         REF BY\r
 672            =====                   =======         ======\r
 673            _A_PORTB                00000038 \r
 674     -------------------------------------------------------------------------\r
 675 ABSOLUTE\r
 676   Relative segment, address: DATA 0000002F - 0000002F (0x1 bytes), align: 0\r
 677   Segment part 3.             Intra module refs:   SPI_Put\r
 678                                                    USI_OVF_ISR\r
 679            ENTRY                   ADDRESS         REF BY\r
 680            =====                   =======         ======\r
 681            _A_USIDR                0000002F \r
 682     -------------------------------------------------------------------------\r
 683 ABSOLUTE\r
 684   Relative segment, address: DATA 0000002E - 0000002E (0x1 bytes), align: 0\r
 685   Segment part 4.             Intra module refs:   SPI_Put\r
 686                                                    USI_OVF_ISR\r
 687            ENTRY                   ADDRESS         REF BY\r
 688            =====                   =======         ======\r
 689            _A_USISR                0000002E \r
 690     -------------------------------------------------------------------------\r
 691 ABSOLUTE\r
 692   Relative segment, address: DATA 0000002D - 0000002D (0x1 bytes), align: 0\r
 693   Segment part 5.             Intra module refs:   SPI_Init\r
 694            ENTRY                   ADDRESS         REF BY\r
 695            =====                   =======         ======\r
 696            _A_USICR                0000002D \r
 697     -------------------------------------------------------------------------\r
 698 NEAR_Z\r
 699   Relative segment, address: DATA 0000015D - 00000160 (0x4 bytes), align: 0\r
 700   Segment part 13.            Intra module refs:   SPI_Init\r
 701                                                    SPI_Put\r
 702                                                    USI_OVF_ISR\r
 703            ENTRY                   ADDRESS         REF BY\r
 704            =====                   =======         ======\r
 705            SPI                     0000015D \r
 706     -------------------------------------------------------------------------\r
 707 CODE\r
 708   Relative segment, address: CODE 00000650 - 000007BD (0x16e bytes), align: 1\r
 709   Segment part 15.            Intra module refs:   USI_OVF_ISR::??INTVEC 16\r
 710            ENTRY                   ADDRESS         REF BY\r
 711            =====                   =======         ======\r
 712            USI_OVF_ISR             00000650 \r
 713                interrupt function\r
 714                calls direct\r
 715                stack 1 = 00000000 ( 0000000F )\r
 716                stack 2 = 00000000 ( 00000004 )\r
 717     -------------------------------------------------------------------------\r
 718 CODE\r
 719   Relative segment, address: CODE 000007BE - 000007F5 (0x38 bytes), align: 1\r
 720   Segment part 16.\r
 721            ENTRY                   ADDRESS         REF BY\r
 722            =====                   =======         ======\r
 723            SPI_Init                000007BE        Initialize (statefunc)\r
 724                stack 1 = 00000000 ( 00000000 )\r
 725                stack 2 = 00000000 ( 00000002 )\r
 726     -------------------------------------------------------------------------\r
 727 CODE\r
 728   Relative segment, address: CODE 000007F6 - 00000815 (0x20 bytes), align: 1\r
 729   Segment part 17.            Intra module refs:   USI_OVF_ISR\r
 730            ENTRY                   ADDRESS         REF BY\r
 731            =====                   =======         ======\r
 732            SPI_Put                 000007F6 \r
 733                stack 1 = 00000000 ( 00000000 )\r
 734                stack 2 = 00000000 ( 00000002 )\r
 735     -------------------------------------------------------------------------\r
 736 INTVEC\r
 737   Common segment, address: CODE 00000000 - 00000011 (0x12 bytes), align: 1\r
 738   Segment part 10. ROOT.\r
 739            ENTRY                   ADDRESS         REF BY\r
 740            =====                   =======         ======\r
 741            USI_OVF_ISR::??INTVEC 16\r
 742                                    00000010 \r
 743 \r
 744     *************************************************************************\r
 745 \r
 746   FILE NAME : C:\home\kevin\pub\src\bc100\IAR\Release\Obj\battery.r90\r
 747   PROGRAM MODULE, NAME : battery\r
 748 \r
 749   SEGMENTS IN THE MODULE\r
 750   ======================\r
 751 EEPROM_I\r
 752   Relative segment, address: XDATA 00000001 - 00000002 (0x2 bytes), align: 0\r
 753   Segment part 9.\r
 754            ENTRY                   ADDRESS         REF BY\r
 755            =====                   =======         ======\r
 756            BattControl             00000001        BatteryControl (statefunc)\r
 757                                                    Charge (NIMHcharge)\r
 758                                                    ConstantCurrent (chargefunc)\r
 759                                                    HaltNow (chargefunc)\r
 760                                                    USI_OVF_ISR (USI)\r
 761     -------------------------------------------------------------------------\r
 762 NEAR_Z\r
 763   Relative segment, address: DATA 00000161 - 0000016C (0xc bytes), align: 0\r
 764   Segment part 10.            Intra module refs:   BatteryCheck\r
 765                                                    BatteryDataRefresh\r
 766                                                    BatteryStatusRefresh\r
 767                                                    NTCLookUp\r
 768                                                    RIDLookUp\r
 769            ENTRY                   ADDRESS         REF BY\r
 770            =====                   =======         ======\r
 771            BattData                00000161        BatteryControl (statefunc)\r
 772                                                    Charge (NIMHcharge)\r
 773                                                    HaltNow (chargefunc)\r
 774                                                    USI_OVF_ISR (USI)\r
 775     -------------------------------------------------------------------------\r
 776 EEPROM_I\r
 777   Relative segment, address: XDATA 00000003 - 00000082 (0x80 bytes), align: 0\r
 778   Segment part 12.            Intra module refs:   BatteryDataRefresh\r
 779            ENTRY                   ADDRESS         REF BY\r
 780            =====                   =======         ======\r
 781            BattEEPROM              00000003        Initialize (statefunc)\r
 782     -------------------------------------------------------------------------\r
 783 NEAR_Z\r
 784   Relative segment, address: DATA 0000016D - 0000016D (0x1 bytes), align: 0\r
 785   Segment part 13.            Intra module refs:   EnableBattery\r
 786            ENTRY                   ADDRESS         REF BY\r
 787            =====                   =======         ======\r
 788            BattActive              0000016D        Charge (NIMHcharge)\r
 789                                                    ConstantCurrent (chargefunc)\r
 790                                                    HaltNow (chargefunc)\r
 791                                                    Initialize (statefunc)\r
 792                                                    USI_OVF_ISR (USI)\r
 793     -------------------------------------------------------------------------\r
 794 NEAR_I\r
 795   Relative segment, address: DATA 000000D0 - 00000107 (0x38 bytes), align: 0\r
 796   Segment part 14.            Intra module refs:   RIDLookUp\r
 797            ENTRY                   ADDRESS         REF BY\r
 798            =====                   =======         ======\r
 799            RID                     000000D0 \r
 800     -------------------------------------------------------------------------\r
 801 NEAR_I\r
 802   Relative segment, address: DATA 00000108 - 00000143 (0x3c bytes), align: 0\r
 803   Segment part 17.            Intra module refs:   NTCLookUp\r
 804            ENTRY                   ADDRESS         REF BY\r
 805            =====                   =======         ======\r
 806            NTC                     00000108 \r
 807     -------------------------------------------------------------------------\r
 808 CODE\r
 809   Relative segment, address: CODE 00000816 - 00000847 (0x32 bytes), align: 1\r
 810   Segment part 19.\r
 811            ENTRY                   ADDRESS         REF BY\r
 812            =====                   =======         ======\r
 813            BatteryCheck            00000816        HaltNow (chargefunc)\r
 814                calls direct\r
 815                stack 1 = 00000000 ( 00000003 )\r
 816                stack 2 = 00000000 ( 00000002 )\r
 817     -------------------------------------------------------------------------\r
 818 CODE\r
 819   Relative segment, address: CODE 00000848 - 000008E5 (0x9e bytes), align: 1\r
 820   Segment part 20.            Intra module refs:   BatteryCheck\r
 821            ENTRY                   ADDRESS         REF BY\r
 822            =====                   =======         ======\r
 823            BatteryStatusRefresh    00000848        BatteryControl (statefunc)\r
 824                                                    Initialize (statefunc)\r
 825                calls direct\r
 826                stack 1 = 00000000 ( 00000004 )\r
 827                stack 2 = 00000000 ( 00000002 )\r
 828     -------------------------------------------------------------------------\r
 829 CODE\r
 830   Relative segment, address: CODE 000008E6 - 000009E3 (0xfe bytes), align: 1\r
 831   Segment part 21.\r
 832            ENTRY                   ADDRESS         REF BY\r
 833            =====                   =======         ======\r
 834            BatteryDataRefresh      000008E6        BatteryControl (statefunc)\r
 835                calls direct\r
 836                stack 1 = 00000000 ( 00000009 )\r
 837                stack 2 = 00000000 ( 00000004 )\r
 838     -------------------------------------------------------------------------\r
 839 CODE\r
 840   Relative segment, address: CODE 000009E4 - 00000A25 (0x42 bytes), align: 1\r
 841   Segment part 22.\r
 842            ENTRY                   ADDRESS         REF BY\r
 843            =====                   =======         ======\r
 844            EnableBattery           000009E4        BatteryControl (statefunc)\r
 845                                                    Initialize (statefunc)\r
 846                calls direct\r
 847                stack 1 = 00000000 ( 00000001 )\r
 848                stack 2 = 00000000 ( 00000004 )\r
 849     -------------------------------------------------------------------------\r
 850 CODE\r
 851   Relative segment, address: CODE 00000A26 - 00000A2D (0x8 bytes), align: 1\r
 852   Segment part 23.\r
 853            ENTRY                   ADDRESS         REF BY\r
 854            =====                   =======         ======\r
 855            DisableBatteries        00000A26        BatteryControl (statefunc)\r
 856                                                    Error (statefunc)\r
 857                                                    Initialize (statefunc)\r
 858                                                    JumperCheck (statefunc)\r
 859                stack 1 = 00000000 ( 00000000 )\r
 860                stack 2 = 00000000 ( 00000002 )\r
 861     -------------------------------------------------------------------------\r
 862 CODE\r
 863   Relative segment, address: CODE 00000A2E - 00000AB1 (0x84 bytes), align: 1\r
 864   Segment part 24.            Intra module refs:   BatteryStatusRefresh\r
 865            ENTRY                   ADDRESS         REF BY\r
 866            =====                   =======         ======\r
 867            RIDLookUp               00000A2E \r
 868                stack 1 = 00000000 ( 00000000 )\r
 869                stack 2 = 00000000 ( 00000002 )\r
 870     -------------------------------------------------------------------------\r
 871 CODE\r
 872   Relative segment, address: CODE 00000AB2 - 00000B39 (0x88 bytes), align: 1\r
 873   Segment part 25.            Intra module refs:   BatteryStatusRefresh\r
 874            ENTRY                   ADDRESS         REF BY\r
 875            =====                   =======         ======\r
 876            NTCLookUp               00000AB2 \r
 877                stack 1 = 00000000 ( 00000003 )\r
 878                stack 2 = 00000000 ( 00000004 )\r
 879     -------------------------------------------------------------------------\r
 880 NEAR_ID\r
 881   Relative segment, address: CODE 000011FA - 00001231 (0x38 bytes), align: 0\r
 882   Segment part 15.            Intra module refs:   RID\r
 883     -------------------------------------------------------------------------\r
 884 INITTAB\r
 885   Relative segment, address: CODE 0000004A - 0000004F (0x6 bytes), align: 0\r
 886   Segment part 16.            Intra module refs:   NTC\r
 887                                                    RID\r
 888            ENTRY                   ADDRESS         REF BY\r
 889            =====                   =======         ======\r
 890            ?<Segment init: NEAR_I>\r
 891                                    0000004A \r
 892     -------------------------------------------------------------------------\r
 893 NEAR_ID\r
 894   Relative segment, address: CODE 00001232 - 0000126D (0x3c bytes), align: 0\r
 895   Segment part 18.            Intra module refs:   NTC\r
 896 \r
 897     *************************************************************************\r
 898 \r
 899   FILE NAME : C:\home\kevin\pub\src\bc100\IAR\Release\Obj\chargefunc.r90\r
 900   PROGRAM MODULE, NAME : chargefunc\r
 901 \r
 902   SEGMENTS IN THE MODULE\r
 903   ======================\r
 904 NEAR_Z\r
 905   Relative segment, address: DATA 0000016E - 00000183 (0x16 bytes), align: 0\r
 906   Segment part 8.             Intra module refs:   ConstantCurrent\r
 907                                                    HaltNow\r
 908            ENTRY                   ADDRESS         REF BY\r
 909            =====                   =======         ======\r
 910            ChargeParameters        0000017F        Charge (NIMHcharge)\r
 911            HaltParameters          0000016E        Charge (NIMHcharge)\r
 912     -------------------------------------------------------------------------\r
 913 CODE\r
 914   Relative segment, address: CODE 00000B3A - 00000BD1 (0x98 bytes), align: 1\r
 915   Segment part 10.\r
 916            ENTRY                   ADDRESS         REF BY\r
 917            =====                   =======         ======\r
 918            ConstantCurrent         00000B3A        Charge (NIMHcharge)\r
 919                calls direct\r
 920                stack 1 = 00000000 ( 00000006 )\r
 921                stack 2 = 00000000 ( 00000004 )\r
 922     -------------------------------------------------------------------------\r
 923 CODE\r
 924   Relative segment, address: CODE 00000BD2 - 00000D79 (0x1a8 bytes), align: 1\r
 925   Segment part 12.            Intra module refs:   ConstantCurrent\r
 926            ENTRY                   ADDRESS         REF BY\r
 927            =====                   =======         ======\r
 928            HaltNow                 00000BD2 \r
 929                calls direct\r
 930                stack 1 = 00000000 ( 0000000A )\r
 931                stack 2 = 00000000 ( 00000004 )\r
 932 \r
 933     *************************************************************************\r
 934 \r
 935   FILE NAME : C:\home\kevin\pub\src\bc100\IAR\Release\Obj\main.r90\r
 936   PROGRAM MODULE, NAME : main\r
 937 \r
 938   SEGMENTS IN THE MODULE\r
 939   ======================\r
 940 NEAR_Z\r
 941   Relative segment, address: DATA 00000184 - 00000184 (0x1 bytes), align: 0\r
 942   Segment part 7.             Intra module refs:   main\r
 943            ENTRY                   ADDRESS         REF BY\r
 944            =====                   =======         ======\r
 945            CurrentState            00000184        BatteryControl (statefunc)\r
 946                                                    Charge (NIMHcharge)\r
 947                                                    SetErrorFlag (statefunc)\r
 948     -------------------------------------------------------------------------\r
 949 CODE\r
 950   Relative segment, address: CODE 00000D7A - 00000DFD (0x84 bytes), align: 1\r
 951   Segment part 9.\r
 952            ENTRY                   ADDRESS         REF BY\r
 953            =====                   =======         ======\r
 954            main                    00000D7A        ?cstartup_call_main (?C_STARTUP)\r
 955                calls indirect\r
 956                stack 1 = 00000000 ( 00000002 )\r
 957                stack 2 = 00000000 ( 00000002 )\r
 958 \r
 959     *************************************************************************\r
 960 \r
 961   FILE NAME : C:\home\kevin\pub\src\bc100\IAR\Release\Obj\menu.r90\r
 962   PROGRAM MODULE, NAME : menu\r
 963 \r
 964   SEGMENTS IN THE MODULE\r
 965   ======================\r
 966 NEAR_F\r
 967   Relative segment, address: CODE 00000026 - 00000043 (0x1e bytes), align: 0\r
 968   Segment part 7.\r
 969            ENTRY                   ADDRESS         REF BY\r
 970            =====                   =======         ======\r
 971            menu_state              00000026        main (main)\r
 972 \r
 973     *************************************************************************\r
 974 \r
 975   FILE NAME : C:\home\kevin\pub\src\bc100\IAR\Release\Obj\statefunc.r90\r
 976   PROGRAM MODULE, NAME : statefunc\r
 977 \r
 978   SEGMENTS IN THE MODULE\r
 979   ======================\r
 980 ABSOLUTE\r
 981   Relative segment, address: DATA 00000055 - 00000055 (0x1 bytes), align: 0\r
 982   Segment part 1.             Intra module refs:   Error\r
 983                                                    Sleep\r
 984            ENTRY                   ADDRESS         REF BY\r
 985            =====                   =======         ======\r
 986            _A_MCUCR                00000055 \r
 987     -------------------------------------------------------------------------\r
 988 ABSOLUTE\r
 989   Relative segment, address: DATA 00000054 - 00000054 (0x1 bytes), align: 0\r
 990   Segment part 2.             Intra module refs:   Error\r
 991                                                    Sleep\r
 992            ENTRY                   ADDRESS         REF BY\r
 993            =====                   =======         ======\r
 994            _A_MCUSR                00000054 \r
 995     -------------------------------------------------------------------------\r
 996 ABSOLUTE\r
 997   Relative segment, address: DATA 00000048 - 00000048 (0x1 bytes), align: 0\r
 998   Segment part 3.             Intra module refs:   Initialize\r
 999            ENTRY                   ADDRESS         REF BY\r
1000            =====                   =======         ======\r
1001            _A_CLKPR                00000048 \r
1002     -------------------------------------------------------------------------\r
1003 ABSOLUTE\r
1004   Relative segment, address: DATA 00000041 - 00000041 (0x1 bytes), align: 0\r
1005   Segment part 4.             Intra module refs:   Error\r
1006                                                    Sleep\r
1007            ENTRY                   ADDRESS         REF BY\r
1008            =====                   =======         ======\r
1009            _A_WDTCR                00000041 \r
1010     -------------------------------------------------------------------------\r
1011 NEAR_Z\r
1012   Relative segment, address: DATA 00000185 - 00000186 (0x2 bytes), align: 0\r
1013   Segment part 13.            Intra module refs:   BatteryControl\r
1014                                                    Initialize\r
1015                                                    SetErrorFlag\r
1016            ENTRY                   ADDRESS         REF BY\r
1017            =====                   =======         ======\r
1018            ErrorFlags              00000185 \r
1019            ErrorState              00000186 \r
1020     -------------------------------------------------------------------------\r
1021 CODE\r
1022   Relative segment, address: CODE 00000DFE - 00000E4F (0x52 bytes), align: 1\r
1023   Segment part 15.\r
1024            ENTRY                   ADDRESS         REF BY\r
1025            =====                   =======         ======\r
1026            Initialize              00000DFE        menu_state (menu)\r
1027                calls direct\r
1028                stack 1 = 00000000 ( 00000001 )\r
1029                stack 2 = 00000000 ( 00000004 )\r
1030     -------------------------------------------------------------------------\r
1031 CODE\r
1032   Relative segment, address: CODE 00000E50 - 00000EC9 (0x7a bytes), align: 1\r
1033   Segment part 16.\r
1034            ENTRY                   ADDRESS         REF BY\r
1035            =====                   =======         ======\r
1036            BatteryControl          00000E50        menu_state (menu)\r
1037                calls direct\r
1038                stack 1 = 00000000 ( 00000004 )\r
1039                stack 2 = 00000000 ( 00000004 )\r
1040     -------------------------------------------------------------------------\r
1041 CODE\r
1042   Relative segment, address: CODE 00000ECA - 00000ECD (0x4 bytes), align: 1\r
1043   Segment part 17.\r
1044            ENTRY                   ADDRESS         REF BY\r
1045            =====                   =======         ======\r
1046            Discharge               00000ECA        menu_state (menu)\r
1047                stack 1 = 00000000 ( 00000000 )\r
1048                stack 2 = 00000000 ( 00000002 )\r
1049     -------------------------------------------------------------------------\r
1050 CODE\r
1051   Relative segment, address: CODE 00000ECE - 00000ED1 (0x4 bytes), align: 1\r
1052   Segment part 18.\r
1053            ENTRY                   ADDRESS         REF BY\r
1054            =====                   =======         ======\r
1055            Sleep                   00000ECE        menu_state (menu)\r
1056                calls direct\r
1057                stack 1 = 00000000 ( 00000000 )\r
1058                stack 2 = 00000000 ( 00000002 )\r
1059     -------------------------------------------------------------------------\r
1060 CODE\r
1061   Relative segment, address: CODE 00000ED2 - 00000ED9 (0x8 bytes), align: 1\r
1062   Segment part 20.\r
1063            ENTRY                   ADDRESS         REF BY\r
1064            =====                   =======         ======\r
1065            Error                   00000ED2        menu_state (menu)\r
1066                calls direct\r
1067                stack 1 = 00000000 ( 00000000 )\r
1068                stack 2 = 00000000 ( 00000002 )\r
1069     -------------------------------------------------------------------------\r
1070 CODE\r
1071   Relative segment, address: CODE 00000EDA - 00000EEB (0x12 bytes), align: 1\r
1072   Segment part 21.\r
1073            ENTRY                   ADDRESS         REF BY\r
1074            =====                   =======         ======\r
1075            SetErrorFlag            00000EDA        ConstantCurrent (chargefunc)\r
1076                                                    HaltNow (chargefunc)\r
1077                stack 1 = 00000000 ( 00000000 )\r
1078                stack 2 = 00000000 ( 00000002 )\r
1079     -------------------------------------------------------------------------\r
1080 CODE\r
1081   Relative segment, address: CODE 00000EEC - 00000F5F (0x74 bytes), align: 1\r
1082   Segment part 22.            Intra module refs:   BatteryControl\r
1083            ENTRY                   ADDRESS         REF BY\r
1084            =====                   =======         ======\r
1085            JumperCheck             00000EEC \r
1086                calls direct\r
1087                stack 1 = 00000000 ( 00000002 )\r
1088                stack 2 = 00000000 ( 00000002 )\r
1089 \r
1090     *************************************************************************\r
1091 \r
1092   FILE NAME : C:\home\kevin\pub\src\bc100\IAR\Release\Obj\time.r90\r
1093   PROGRAM MODULE, NAME : time\r
1094 \r
1095   SEGMENTS IN THE MODULE\r
1096   ======================\r
1097 ABSOLUTE\r
1098   Relative segment, address: DATA 00000059 - 00000059 (0x1 bytes), align: 0\r
1099   Segment part 1.             Intra module refs:   Time_Init\r
1100            ENTRY                   ADDRESS         REF BY\r
1101            =====                   =======         ======\r
1102            _A_TIMSK                00000059 \r
1103     -------------------------------------------------------------------------\r
1104 ABSOLUTE\r
1105   Relative segment, address: DATA 00000053 - 00000053 (0x1 bytes), align: 0\r
1106   Segment part 2.             Intra module refs:   Time_Init\r
1107                                                    Time_Start\r
1108                                                    Time_Stop\r
1109            ENTRY                   ADDRESS         REF BY\r
1110            =====                   =======         ======\r
1111            _A_TCCR0B               00000053 \r
1112     -------------------------------------------------------------------------\r
1113 ABSOLUTE\r
1114   Relative segment, address: DATA 00000035 - 00000035 (0x1 bytes), align: 0\r
1115   Segment part 3.             Intra module refs:   Time_Init\r
1116            ENTRY                   ADDRESS         REF BY\r
1117            =====                   =======         ======\r
1118            _A_TCCR0A               00000035 \r
1119     -------------------------------------------------------------------------\r
1120 ABSOLUTE\r
1121   Relative segment, address: DATA 00000033 - 00000033 (0x1 bytes), align: 0\r
1122   Segment part 4.             Intra module refs:   Time_Init\r
1123            ENTRY                   ADDRESS         REF BY\r
1124            =====                   =======         ======\r
1125            _A_OCR0A                00000033 \r
1126     -------------------------------------------------------------------------\r
1127 ABSOLUTE\r
1128   Relative segment, address: DATA 00000032 - 00000032 (0x1 bytes), align: 0\r
1129   Segment part 5.             Intra module refs:   Time_Init\r
1130            ENTRY                   ADDRESS         REF BY\r
1131            =====                   =======         ======\r
1132            _A_OCR0B                00000032 \r
1133     -------------------------------------------------------------------------\r
1134 NEAR_Z\r
1135   Relative segment, address: DATA 00000187 - 00000196 (0x10 bytes), align: 0\r
1136   Segment part 13.            Intra module refs:   TICK_ISR\r
1137                                                    Time_Left\r
1138                                                    Time_Set\r
1139            ENTRY                   ADDRESS         REF BY\r
1140            =====                   =======         ======\r
1141            timeval                 00000187        USI_OVF_ISR (USI)\r
1142     -------------------------------------------------------------------------\r
1143 CODE\r
1144   Relative segment, address: CODE 00000F60 - 00000FB5 (0x56 bytes), align: 1\r
1145   Segment part 15.            Intra module refs:   TICK_ISR::??INTVEC 28\r
1146            ENTRY                   ADDRESS         REF BY\r
1147            =====                   =======         ======\r
1148            TICK_ISR                00000F60 \r
1149                interrupt function\r
1150                stack 1 = 00000000 ( 00000009 )\r
1151                stack 2 = 00000000 ( 00000002 )\r
1152     -------------------------------------------------------------------------\r
1153 CODE\r
1154   Relative segment, address: CODE 00000FB6 - 00000FDD (0x28 bytes), align: 1\r
1155   Segment part 16.\r
1156            ENTRY                   ADDRESS         REF BY\r
1157            =====                   =======         ======\r
1158            Time_Left               00000FB6        EnableBattery (battery)\r
1159                                                    HaltNow (chargefunc)\r
1160                                                    JumperCheck (statefunc)\r
1161                                                    PWM_Start (PWM)\r
1162                                                    USI_OVF_ISR (USI)\r
1163                stack 1 = 00000000 ( 00000000 )\r
1164                stack 2 = 00000000 ( 00000002 )\r
1165     -------------------------------------------------------------------------\r
1166 CODE\r
1167   Relative segment, address: CODE 00000FDE - 0000105B (0x7e bytes), align: 1\r
1168   Segment part 17.\r
1169            ENTRY                   ADDRESS         REF BY\r
1170            =====                   =======         ======\r
1171            Time_Set                00000FDE        Charge (NIMHcharge)\r
1172                                                    EnableBattery (battery)\r
1173                                                    HaltNow (chargefunc)\r
1174                                                    JumperCheck (statefunc)\r
1175                                                    PWM_Start (PWM)\r
1176                                                    USI_OVF_ISR (USI)\r
1177                stack 1 = 00000000 ( 00000008 )\r
1178                stack 2 = 00000000 ( 00000004 )\r
1179     -------------------------------------------------------------------------\r
1180 CODE\r
1181   Relative segment, address: CODE 0000105C - 00001061 (0x6 bytes), align: 1\r
1182   Segment part 18.\r
1183            ENTRY                   ADDRESS         REF BY\r
1184            =====                   =======         ======\r
1185            Time_Stop               0000105C        ConstantCurrent (chargefunc)\r
1186                stack 1 = 00000000 ( 00000000 )\r
1187                stack 2 = 00000000 ( 00000002 )\r
1188     -------------------------------------------------------------------------\r
1189 CODE\r
1190   Relative segment, address: CODE 00001062 - 00001067 (0x6 bytes), align: 1\r
1191   Segment part 19.\r
1192            ENTRY                   ADDRESS         REF BY\r
1193            =====                   =======         ======\r
1194            Time_Start              00001062        ConstantCurrent (chargefunc)\r
1195                stack 1 = 00000000 ( 00000000 )\r
1196                stack 2 = 00000000 ( 00000002 )\r
1197     -------------------------------------------------------------------------\r
1198 CODE\r
1199   Relative segment, address: CODE 00001068 - 00001081 (0x1a bytes), align: 1\r
1200   Segment part 20.\r
1201            ENTRY                   ADDRESS         REF BY\r
1202            =====                   =======         ======\r
1203            Time_Init               00001068        Initialize (statefunc)\r
1204                stack 1 = 00000000 ( 00000000 )\r
1205                stack 2 = 00000000 ( 00000002 )\r
1206     -------------------------------------------------------------------------\r
1207 INTVEC\r
1208   Common segment, address: CODE 00000000 - 0000001D (0x1e bytes), align: 1\r
1209   Segment part 10. ROOT.\r
1210            ENTRY                   ADDRESS         REF BY\r
1211            =====                   =======         ======\r
1212            TICK_ISR::??INTVEC 28   0000001C \r
1213 \r
1214     *************************************************************************\r
1215 \r
1216   FILE NAME : C:\Program Files\IAR Systems\Embedded Workbench 4.0\avr\LIB\CLIB\cl1s-ec_nomul.r90\r
1217   LIBRARY MODULE, NAME : ?__exit\r
1218 \r
1219   SEGMENTS IN THE MODULE\r
1220   ======================\r
1221 CODE\r
1222   Relative segment, address: CODE 00001082 - 00001087 (0x6 bytes), align: 1\r
1223   Segment part 0.\r
1224            ENTRY                   ADDRESS         REF BY\r
1225            =====                   =======         ======\r
1226            __exit                  00001084 \r
1227            ?C_EXIT                 00001084 \r
1228            ?C_FUNCALL              00001082 \r
1229            _exit                   00001082        ?cstartup_call_main (?C_STARTUP)\r
1230            exit                    00001082        ?cstartup_call_main (?C_STARTUP)\r
1231 \r
1232     -------------------------------------------------------------------------\r
1233   LIBRARY MODULE, NAME : ?abs\r
1234 \r
1235   SEGMENTS IN THE MODULE\r
1236   ======================\r
1237 CODE\r
1238   Relative segment, address: CODE 00001088 - 00001097 (0x10 bytes), align: 1\r
1239   Segment part 3.\r
1240            ENTRY                   ADDRESS         REF BY\r
1241            =====                   =======         ======\r
1242            abs                     00001088        JumperCheck (statefunc)\r
1243                stack 1 = 00000000 ( 00000000 )\r
1244                stack 2 = 00000000 ( 00000002 )\r
1245 \r
1246     -------------------------------------------------------------------------\r
1247   LIBRARY MODULE, NAME : ?RESET\r
1248 \r
1249   SEGMENTS IN THE MODULE\r
1250   ======================\r
1251 INTVEC\r
1252   Common segment, address: CODE 00000000 - 00000001 (0x2 bytes), align: 1\r
1253   Segment part 0. ROOT.\r
1254            ENTRY                   ADDRESS         REF BY\r
1255            =====                   =======         ======\r
1256            __program_start         00000000        Absolute parts (?ABS_ENTRY_MOD)\r
1257            ?RESET                  00000000        Segment part 2 (?C_STARTUP)\r
1258 \r
1259     -------------------------------------------------------------------------\r
1260   LIBRARY MODULE, NAME : ?C_STARTUP\r
1261 \r
1262   SEGMENTS IN THE MODULE\r
1263   ======================\r
1264 CODE\r
1265   Relative segment, address: CODE 00001098, align: 1\r
1266   Segment part 2.\r
1267            ENTRY                   ADDRESS         REF BY\r
1268            =====                   =======         ======\r
1269            ?C_STARTUP              00001098        Segment part 0 (?RESET)\r
1270            __RESTART               00001098 \r
1271     -------------------------------------------------------------------------\r
1272 CODE\r
1273   Relative segment, address: CODE 00001098 - 000010A3 (0xc bytes), align: 1\r
1274   Segment part 5.             Intra module refs:   Segment part 2\r
1275     -------------------------------------------------------------------------\r
1276 CODE\r
1277   Relative segment, address: CODE 000010A4 - 000010A5 (0x2 bytes), align: 1\r
1278   Segment part 7.             Intra module refs:   Segment part 5\r
1279            ENTRY                   ADDRESS         REF BY\r
1280            =====                   =======         ======\r
1281            ?call_low_level_init    000010A4 \r
1282     -------------------------------------------------------------------------\r
1283 CODE\r
1284   Relative segment, address: CODE 000010A6 - 000010AB (0x6 bytes), align: 1\r
1285   Segment part 8.\r
1286            ENTRY                   ADDRESS         REF BY\r
1287            =====                   =======         ======\r
1288            ?need_segment_init      000010A6        ?<Segment init: NEAR_I> (battery)\r
1289                                                    ?<Segment init: NEAR_Z> (ADC)\r
1290     -------------------------------------------------------------------------\r
1291 CODE\r
1292   Relative segment, address: CODE 000010AC - 000010B1 (0x6 bytes), align: 1\r
1293   Segment part 9.             Intra module refs:   ?call_low_level_init\r
1294            ENTRY                   ADDRESS         REF BY\r
1295            =====                   =======         ======\r
1296            ?cstartup_call_main     000010AC \r
1297 \r
1298     -------------------------------------------------------------------------\r
1299   LIBRARY MODULE, NAME : ?EEPROM_16\r
1300 \r
1301   SEGMENTS IN THE MODULE\r
1302   ======================\r
1303 CODE\r
1304   Relative segment, address: CODE 000010B2 - 000010B7 (0x6 bytes), align: 1\r
1305   Segment part 0.             Intra module refs:   Segment part 1\r
1306                                                    __eeput8_16\r
1307     -------------------------------------------------------------------------\r
1308 CODE\r
1309   Relative segment, address: CODE 000010B8 - 000010C5 (0xe bytes), align: 1\r
1310   Segment part 1.             Intra module refs:   __eeget8_16\r
1311     -------------------------------------------------------------------------\r
1312 CODE\r
1313   Relative segment, address: CODE 000010C6 - 000010CB (0x6 bytes), align: 1\r
1314   Segment part 3.\r
1315            ENTRY                   ADDRESS         REF BY\r
1316            =====                   =======         ======\r
1317            __eeget8_16             000010C6        ADC_ISR (ADC)\r
1318                                                    BatteryControl (statefunc)\r
1319                                                    Charge (NIMHcharge)\r
1320                                                    ConstantCurrent (chargefunc)\r
1321                                                    HaltNow (chargefunc)\r
1322                                                    USI_OVF_ISR (USI)\r
1323     -------------------------------------------------------------------------\r
1324 CODE\r
1325   Relative segment, address: CODE 000010CC - 000010DD (0x12 bytes), align: 1\r
1326   Segment part 8.             Intra module refs:   __eeput8_16\r
1327     -------------------------------------------------------------------------\r
1328 CODE\r
1329   Relative segment, address: CODE 000010DE - 000010E5 (0x8 bytes), align: 1\r
1330   Segment part 10.\r
1331            ENTRY                   ADDRESS         REF BY\r
1332            =====                   =======         ======\r
1333            __eeput8_16             000010DE        BatteryDataRefresh (battery)\r
1334                                                    HaltNow (chargefunc)\r
1335                                                    Initialize (statefunc)\r
1336                                                    USI_OVF_ISR (USI)\r
1337 \r
1338     -------------------------------------------------------------------------\r
1339   LIBRARY MODULE, NAME : ?S_MUL_L02\r
1340 \r
1341   SEGMENTS IN THE MODULE\r
1342   ======================\r
1343 CODE\r
1344   Relative segment, address: CODE 000010E6 - 00001105 (0x20 bytes), align: 1\r
1345   Segment part 0.\r
1346            ENTRY                   ADDRESS         REF BY\r
1347            =====                   =======         ======\r
1348            ?S_MUL_L02              000010E6        HaltNow (chargefunc)\r
1349                                                    ScaleI (ADC)\r
1350                                                    ScaleU (ADC)\r
1351 \r
1352     -------------------------------------------------------------------------\r
1353   LIBRARY MODULE, NAME : ?S_SHL_L02\r
1354 \r
1355   SEGMENTS IN THE MODULE\r
1356   ======================\r
1357 CODE\r
1358   Relative segment, address: CODE 00001106 - 00001111 (0xc bytes), align: 1\r
1359   Segment part 0.\r
1360            ENTRY                   ADDRESS         REF BY\r
1361            =====                   =======         ======\r
1362            ?S_SHL_L02              00001106        EnableBattery (battery)\r
1363 \r
1364     -------------------------------------------------------------------------\r
1365   LIBRARY MODULE, NAME : ?US_SHR_L02\r
1366 \r
1367   SEGMENTS IN THE MODULE\r
1368   ======================\r
1369 CODE\r
1370   Relative segment, address: CODE 00001112 - 0000111D (0xc bytes), align: 1\r
1371   Segment part 0.\r
1372            ENTRY                   ADDRESS         REF BY\r
1373            =====                   =======         ======\r
1374            ?US_SHR_L02             00001112        ScaleI (ADC)\r
1375                                                    ScaleU (ADC)\r
1376 \r
1377     -------------------------------------------------------------------------\r
1378   LIBRARY MODULE, NAME : ?US_DIVMOD_L02\r
1379 \r
1380   SEGMENTS IN THE MODULE\r
1381   ======================\r
1382 CODE\r
1383   Relative segment, address: CODE 0000111E - 00001145 (0x28 bytes), align: 1\r
1384   Segment part 0.\r
1385            ENTRY                   ADDRESS         REF BY\r
1386            =====                   =======         ======\r
1387            ?US_DIVMOD_L02          0000111E        ?SS_DIVMOD_L02 (?SS_DIVMOD_L02)\r
1388                                                    Charge (NIMHcharge)\r
1389                                                    NTCLookUp (battery)\r
1390 \r
1391     -------------------------------------------------------------------------\r
1392   LIBRARY MODULE, NAME : ?SS_DIVMOD_L02\r
1393 \r
1394   SEGMENTS IN THE MODULE\r
1395   ======================\r
1396 CODE\r
1397   Relative segment, address: CODE 00001146 - 00001173 (0x2e bytes), align: 1\r
1398   Segment part 0.\r
1399            ENTRY                   ADDRESS         REF BY\r
1400            =====                   =======         ======\r
1401            ?SS_DIVMOD_L02          0000114E        ADC_ISR (ADC)\r
1402                                                    Charge (NIMHcharge)\r
1403 \r
1404     -------------------------------------------------------------------------\r
1405   LIBRARY MODULE, NAME : ?L_MUL_L03\r
1406 \r
1407   SEGMENTS IN THE MODULE\r
1408   ======================\r
1409 CODE\r
1410   Relative segment, address: CODE 00001174 - 000011A5 (0x32 bytes), align: 1\r
1411   Segment part 0.\r
1412            ENTRY                   ADDRESS         REF BY\r
1413            =====                   =======         ======\r
1414            ?L_MUL_L03              00001174        Time_Set (time)\r
1415 \r
1416     -------------------------------------------------------------------------\r
1417   LIBRARY MODULE, NAME : ?REGISTER_CGREGR4_L10\r
1418 \r
1419   SEGMENTS IN THE MODULE\r
1420   ======================\r
1421 CODE\r
1422   Relative segment, address: CODE 000011A6, align: 1\r
1423   Segment part 0.\r
1424            ENTRY                   ADDRESS         REF BY\r
1425            =====                   =======         ======\r
1426            ?Register_R4_is_cg_reg\r
1427                                    000011A6        ADC_ISR (ADC)\r
1428                                                    BatteryDataRefresh (battery)\r
1429                                                    ConstantCurrent (chargefunc)\r
1430                                                    HaltNow (chargefunc)\r
1431                                                    Time_Set (time)\r
1432 \r
1433     -------------------------------------------------------------------------\r
1434   LIBRARY MODULE, NAME : ?REGISTER_CGREGR5_L10\r
1435 \r
1436   SEGMENTS IN THE MODULE\r
1437   ======================\r
1438 CODE\r
1439   Relative segment, address: CODE 000011A6, align: 1\r
1440   Segment part 0.\r
1441            ENTRY                   ADDRESS         REF BY\r
1442            =====                   =======         ======\r
1443            ?Register_R5_is_cg_reg\r
1444                                    000011A6        BatteryDataRefresh (battery)\r
1445                                                    ConstantCurrent (chargefunc)\r
1446                                                    HaltNow (chargefunc)\r
1447                                                    Time_Set (time)\r
1448 \r
1449     -------------------------------------------------------------------------\r
1450   LIBRARY MODULE, NAME : ?REGISTER_CGREGR6_L10\r
1451 \r
1452   SEGMENTS IN THE MODULE\r
1453   ======================\r
1454 CODE\r
1455   Relative segment, address: CODE 000011A6, align: 1\r
1456   Segment part 0.\r
1457            ENTRY                   ADDRESS         REF BY\r
1458            =====                   =======         ======\r
1459            ?Register_R6_is_cg_reg\r
1460                                    000011A6        BatteryDataRefresh (battery)\r
1461                                                    HaltNow (chargefunc)\r
1462                                                    Time_Set (time)\r
1463 \r
1464     -------------------------------------------------------------------------\r
1465   LIBRARY MODULE, NAME : ?REGISTER_CGREGR7_L10\r
1466 \r
1467   SEGMENTS IN THE MODULE\r
1468   ======================\r
1469 CODE\r
1470   Relative segment, address: CODE 000011A6, align: 1\r
1471   Segment part 0.\r
1472            ENTRY                   ADDRESS         REF BY\r
1473            =====                   =======         ======\r
1474            ?Register_R7_is_cg_reg\r
1475                                    000011A6        BatteryDataRefresh (battery)\r
1476                                                    HaltNow (chargefunc)\r
1477 \r
1478     -------------------------------------------------------------------------\r
1479   LIBRARY MODULE, NAME : ?REGISTER_CGREGR8_L10\r
1480 \r
1481   SEGMENTS IN THE MODULE\r
1482   ======================\r
1483 CODE\r
1484   Relative segment, address: CODE 000011A6, align: 1\r
1485   Segment part 0.\r
1486            ENTRY                   ADDRESS         REF BY\r
1487            =====                   =======         ======\r
1488            ?Register_R8_is_cg_reg\r
1489                                    000011A6        BatteryDataRefresh (battery)\r
1490                                                    HaltNow (chargefunc)\r
1491                                                    Time_Set (time)\r
1492 \r
1493     -------------------------------------------------------------------------\r
1494   LIBRARY MODULE, NAME : ?REGISTER_CGREGR9_L10\r
1495 \r
1496   SEGMENTS IN THE MODULE\r
1497   ======================\r
1498 CODE\r
1499   Relative segment, address: CODE 000011A6, align: 1\r
1500   Segment part 0.\r
1501            ENTRY                   ADDRESS         REF BY\r
1502            =====                   =======         ======\r
1503            ?Register_R9_is_cg_reg\r
1504                                    000011A6        HaltNow (chargefunc)\r
1505 \r
1506     -------------------------------------------------------------------------\r
1507   LIBRARY MODULE, NAME : ?low_level_init\r
1508 \r
1509   SEGMENTS IN THE MODULE\r
1510   ======================\r
1511 CODE\r
1512   Relative segment, address: CODE 000011A6 - 000011A9 (0x4 bytes), align: 1\r
1513   Segment part 3.\r
1514            ENTRY                   ADDRESS         REF BY\r
1515            =====                   =======         ======\r
1516            __low_level_init        000011A6        ?call_low_level_init (?C_STARTUP)\r
1517                stack 1 = 00000000 ( 00000000 )\r
1518                stack 2 = 00000000 ( 00000002 )\r
1519 \r
1520     -------------------------------------------------------------------------\r
1521   LIBRARY MODULE, NAME : ?segment_init\r
1522 \r
1523   SEGMENTS IN THE MODULE\r
1524   ======================\r
1525 CODE\r
1526   Relative segment, address: CODE 000011AA - 000011B1 (0x8 bytes), align: 1\r
1527   Segment part 3.             Intra module refs:   __segment_init\r
1528            LOCAL                   ADDRESS         \r
1529            =====                   =======         \r
1530            __memclr                000011AA \r
1531                stack 1 = 00000000 ( 00000000 )\r
1532                stack 2 = 00000000 ( 00000002 )\r
1533     -------------------------------------------------------------------------\r
1534 CODE\r
1535   Relative segment, address: CODE 000011B2 - 000011B9 (0x8 bytes), align: 1\r
1536   Segment part 4.             Intra module refs:   __segment_init\r
1537            LOCAL                   ADDRESS         \r
1538            =====                   =======         \r
1539            __flashcpy              000011B2 \r
1540                stack 1 = 00000000 ( 00000000 )\r
1541                stack 2 = 00000000 ( 00000002 )\r
1542     -------------------------------------------------------------------------\r
1543 CODE\r
1544   Relative segment, address: CODE 000011BA - 000011C5 (0xc bytes), align: 1\r
1545   Segment part 5.             Intra module refs:   __flashcpy\r
1546                                                    __memclr\r
1547     -------------------------------------------------------------------------\r
1548 CODE\r
1549   Relative segment, address: CODE 000011C6 - 000011F9 (0x34 bytes), align: 1\r
1550   Segment part 6.\r
1551            ENTRY                   ADDRESS         REF BY\r
1552            =====                   =======         ======\r
1553            __segment_init          000011C6        ?need_segment_init (?C_STARTUP)\r
1554                calls direct\r
1555                stack 1 = 00000000 ( 00000000 )\r
1556                stack 2 = 00000000 ( 00000002 )\r
1557 \r
1558     *************************************************************************\r
1559 \r
1560   DEFINED ABSOLUTE ENTRIES\r
1561   PROGRAM MODULE, NAME : ?FILLER_BYTES\r
1562 \r
1563   SEGMENTS IN THE MODULE\r
1564   ======================\r
1565 INTVEC\r
1566   Common segment, address: CODE 00000000 - 0000001D (0x1e bytes), align: 0\r
1567   Segment part 1.\r
1568     -------------------------------------------------------------------------\r
1569 ?FILL1\r
1570   Relative segment, address: CODE 0000001E - 00000025 (0x8 bytes), align: 0\r
1571   Segment part 0.\r
1572 \r
1573 \r
1574 \r
1575 \r
1576                 ****************************************\r
1577                 *                                      *\r
1578                 *            MODULE SUMMARY            *\r
1579                 *                                      *\r
1580                 ****************************************\r
1581 \r
1582 Module               CODE      DATA      XDATA\r
1583 ------               ----      ----      -----\r
1584                     (Rel)  (Rel)  (Abs)  (Rel)\r
1585 ?C_STARTUP             26\r
1586 ?EEPROM_16             52\r
1587 ?FILLER_BYTES           8\r
1588   + common             30\r
1589 ?L_MUL_L03             50\r
1590 ?RESET\r
1591   + common              2\r
1592 ?SS_DIVMOD_L02         46\r
1593 ?S_MUL_L02             32\r
1594 ?S_SHL_L02             12\r
1595 ?US_DIVMOD_L02         40\r
1596 ?US_SHR_L02            12\r
1597 ?__exit                 6\r
1598 ?abs                   16\r
1599 ?low_level_init         4\r
1600 ?segment_init          80\r
1601 ADC                   746     25      4      1\r
1602   + shared              6             3\r
1603   + common             24\r
1604 NIMHcharge            268\r
1605 OWI                   380             1\r
1606 PWM                   142            10\r
1607   + shared                            2\r
1608 USI                   454      4      3\r
1609   + shared             18             1\r
1610   + common\r
1611 battery               926    129           130\r
1612 chargefunc            576     22\r
1613 main                  132      1\r
1614 menu                   30\r
1615 statefunc             354      2      4\r
1616 time                  290     16      5\r
1617   + common             30\r
1618 N/A (command line)           112\r
1619 N/A (alignment)\r
1620 ----------          -----    ---     --    ---\r
1621 Total:              4 688    311     33    131\r
1622   + common             30\r
1623 \r
1624 \r
1625                 ****************************************\r
1626                 *                                      *\r
1627                 *              CALL GRAPH              *\r
1628                 *                                      *\r
1629                 ****************************************\r
1630 \r
1631   ->Sub-tree of type: Interrupt function tree that does not make\r
1632                     : indirect calls\r
1633                              CSTACK   RSTACK\r
1634     | Stack used (prev) :  00000000 00000000\r
1635   02    ScaleI\r
1636         | Stack used (prev) :  00000000 00000000\r
1637         | + function block  :  00000003 00000004\r
1638   02    ScaleI\r
1639         | Stack used (prev) :  00000000 00000000\r
1640         | + function block  :  00000003 00000004\r
1641         |  Already listed\r
1642   02    ScaleU\r
1643         | Stack used (prev) :  00000000 00000000\r
1644         | + function block  :  00000003 00000004\r
1645   02    ScaleU\r
1646         | Stack used (prev) :  00000000 00000000\r
1647         | + function block  :  00000003 00000004\r
1648         |  Already listed\r
1649   01  ADC_ISR\r
1650       | Stack used (prev) :  00000003 00000004\r
1651       | + function block  :  00000013 00000002\r
1652   <-Sub-tree of type: Interrupt function tree that does not make\r
1653                     : indirect calls\r
1654     | Stack used          :  00000016 00000006\r
1655 \r
1656 \r
1657   ->Sub-tree of type: Interrupt function tree that does not make\r
1658                     : indirect calls\r
1659                              CSTACK   RSTACK\r
1660     | Stack used (prev) :  00000016 00000006\r
1661   02    Time_Set\r
1662         | Stack used (prev) :  00000016 00000006\r
1663         | + function block  :  00000008 00000004\r
1664   02    Time_Left\r
1665         | Stack used (prev) :  00000016 00000006\r
1666         | + function block  :  00000000 00000002\r
1667   02    SPI_Put\r
1668         | Stack used (prev) :  00000016 00000006\r
1669         | + function block  :  00000000 00000002\r
1670   02    SPI_Put\r
1671         | Stack used (prev) :  00000016 00000006\r
1672         | + function block  :  00000000 00000002\r
1673         |  Already listed\r
1674   02    SPI_Put\r
1675         | Stack used (prev) :  00000016 00000006\r
1676         | + function block  :  00000000 00000002\r
1677         |  Already listed\r
1678   02    SPI_Put\r
1679         | Stack used (prev) :  00000016 00000006\r
1680         | + function block  :  00000000 00000002\r
1681         |  Already listed\r
1682   02    SPI_Put\r
1683         | Stack used (prev) :  00000016 00000006\r
1684         | + function block  :  00000000 00000002\r
1685         |  Already listed\r
1686   02    SPI_Put\r
1687         | Stack used (prev) :  00000016 00000006\r
1688         | + function block  :  00000000 00000002\r
1689         |  Already listed\r
1690   02    SPI_Put\r
1691         | Stack used (prev) :  00000016 00000006\r
1692         | + function block  :  00000000 00000002\r
1693         |  Already listed\r
1694   02    SPI_Put\r
1695         | Stack used (prev) :  00000016 00000006\r
1696         | + function block  :  00000000 00000002\r
1697         |  Already listed\r
1698   01  USI_OVF_ISR\r
1699       | Stack used (prev) :  0000001E 0000000A\r
1700       | + function block  :  0000000F 00000002\r
1701   <-Sub-tree of type: Interrupt function tree that does not make\r
1702                     : indirect calls\r
1703     | Stack used          :  0000002D 0000000C\r
1704 \r
1705 \r
1706   ->Sub-tree of type: Interrupt function tree that does not make\r
1707                     : indirect calls\r
1708                              CSTACK   RSTACK\r
1709     | Stack used (prev) :  0000002D 0000000C\r
1710   01  TICK_ISR\r
1711       | Stack used (prev) :  0000002D 0000000C\r
1712       | + function block  :  00000009 00000002\r
1713   <-Sub-tree of type: Interrupt function tree that does not make\r
1714                     : indirect calls\r
1715     | Stack used          :  00000036 0000000E\r
1716 \r
1717 \r
1718   ->Sub-tree of type: Indirectly called function tree that does not make\r
1719                     : indirect calls (Is not an interrupt and is not flagged\r
1720                     : as not overlayable)\r
1721                              CSTACK   RSTACK\r
1722     | Stack used (prev) :  00000036 0000000E\r
1723   02    Time_Set\r
1724         | Stack used (prev) :  00000016 00000006\r
1725         | + function block  :  00000008 00000004\r
1726         |  Already listed\r
1727   03      Time_Start\r
1728           | Stack used (prev) :  00000036 0000000E\r
1729           | + function block  :  00000000 00000002\r
1730   03      Time_Stop\r
1731           | Stack used (prev) :  00000036 0000000E\r
1732           | + function block  :  00000000 00000002\r
1733   03      SetErrorFlag\r
1734           | Stack used (prev) :  00000036 0000000E\r
1735           | + function block  :  00000000 00000002\r
1736   04        Time_Set\r
1737             | Stack used (prev) :  00000016 00000006\r
1738             | + function block  :  00000008 00000004\r
1739             |  Already listed\r
1740   04        Time_Left\r
1741             | Stack used (prev) :  00000016 00000006\r
1742             | + function block  :  00000000 00000002\r
1743             |  Already listed\r
1744   04        SetErrorFlag\r
1745             | Stack used (prev) :  00000036 0000000E\r
1746             | + function block  :  00000000 00000002\r
1747             |  Already listed\r
1748   06            NTCLookUp\r
1749                 | Stack used (prev) :  00000036 0000000E\r
1750                 | + function block  :  00000003 00000004\r
1751   06            RIDLookUp\r
1752                 | Stack used (prev) :  00000036 0000000E\r
1753                 | + function block  :  00000000 00000002\r
1754   05          BatteryStatusRefresh\r
1755               | Stack used (prev) :  00000039 00000012\r
1756               | + function block  :  00000004 00000002\r
1757   04        BatteryCheck\r
1758             | Stack used (prev) :  0000003D 00000014\r
1759             | + function block  :  00000003 00000002\r
1760   04        PWM_Stop\r
1761             | Stack used (prev) :  00000036 0000000E\r
1762             | + function block  :  00000000 00000002\r
1763   04        ADC_Wait\r
1764             | Stack used (prev) :  00000036 0000000E\r
1765             | + function block  :  00000000 00000002\r
1766   03      HaltNow\r
1767           | Stack used (prev) :  00000040 00000016\r
1768           | + function block  :  0000000A 00000002\r
1769   03      PWM_DecrementDutyCycle\r
1770           | Stack used (prev) :  00000036 0000000E\r
1771           | + function block  :  00000000 00000002\r
1772   03      PWM_IncrementDutyCycle\r
1773           | Stack used (prev) :  00000036 0000000E\r
1774           | + function block  :  00000000 00000002\r
1775   03      ADC_Wait\r
1776           | Stack used (prev) :  00000036 0000000E\r
1777           | + function block  :  00000000 00000002\r
1778           |  Already listed\r
1779   02    ConstantCurrent\r
1780         | Stack used (prev) :  0000004A 00000018\r
1781         | + function block  :  00000006 00000002\r
1782   03      Time_Set\r
1783           | Stack used (prev) :  00000016 00000006\r
1784           | + function block  :  00000008 00000004\r
1785           |  Already listed\r
1786   03      Time_Left\r
1787           | Stack used (prev) :  00000016 00000006\r
1788           | + function block  :  00000000 00000002\r
1789           |  Already listed\r
1790   02    PWM_Start\r
1791         | Stack used (prev) :  00000036 0000000E\r
1792         | + function block  :  00000000 00000002\r
1793   02    PWM_Stop\r
1794         | Stack used (prev) :  00000036 0000000E\r
1795         | + function block  :  00000000 00000002\r
1796         |  Already listed\r
1797   01  Charge\r
1798       | Stack used (prev) :  00000050 0000001A\r
1799       | + function block  :  00000002 00000002\r
1800   <-Sub-tree of type: Indirectly called function tree that does not make\r
1801                     : indirect calls (Is not an interrupt and is not flagged\r
1802                     : as not overlayable)\r
1803     | Stack used          :  00000052 0000001C\r
1804 \r
1805 \r
1806   ->Sub-tree of type: Indirectly called function tree that does not make\r
1807                     : indirect calls (Is not an interrupt and is not flagged\r
1808                     : as not overlayable)\r
1809                              CSTACK   RSTACK\r
1810     | Stack used (prev) :  00000036 0000000E\r
1811   02    Time_Init\r
1812         | Stack used (prev) :  00000036 0000000E\r
1813         | + function block  :  00000000 00000002\r
1814   02    DisableBatteries\r
1815         | Stack used (prev) :  00000036 0000000E\r
1816         | + function block  :  00000000 00000002\r
1817   03      Time_Set\r
1818           | Stack used (prev) :  00000016 00000006\r
1819           | + function block  :  00000008 00000004\r
1820           |  Already listed\r
1821   03      Time_Left\r
1822           | Stack used (prev) :  00000016 00000006\r
1823           | + function block  :  00000000 00000002\r
1824           |  Already listed\r
1825   02    EnableBattery\r
1826         | Stack used (prev) :  00000036 0000000E\r
1827         | + function block  :  00000001 00000004\r
1828   02    BatteryStatusRefresh\r
1829         | Stack used (prev) :  00000039 00000012\r
1830         | + function block  :  00000004 00000002\r
1831         |  Already listed\r
1832   02    SPI_Init\r
1833         | Stack used (prev) :  00000036 0000000E\r
1834         | + function block  :  00000000 00000002\r
1835   02    OWI_Init\r
1836         | Stack used (prev) :  00000036 0000000E\r
1837         | + function block  :  00000000 00000002\r
1838   02    ADC_Init\r
1839         | Stack used (prev) :  00000036 0000000E\r
1840         | + function block  :  00000000 00000002\r
1841   02    ADC_Wait\r
1842         | Stack used (prev) :  00000036 0000000E\r
1843         | + function block  :  00000000 00000002\r
1844         |  Already listed\r
1845   01  Initialize\r
1846       | Stack used (prev) :  0000003D 00000014\r
1847       | + function block  :  00000001 00000002\r
1848   <-Sub-tree of type: Indirectly called function tree that does not make\r
1849                     : indirect calls (Is not an interrupt and is not flagged\r
1850                     : as not overlayable)\r
1851     | Stack used          :  0000003E 00000016\r
1852 \r
1853 \r
1854   ->Sub-tree of type: Indirectly called function tree that does not make\r
1855                     : indirect calls (Is not an interrupt and is not flagged\r
1856                     : as not overlayable)\r
1857                              CSTACK   RSTACK\r
1858     | Stack used (prev) :  00000036 0000000E\r
1859   03      abs\r
1860           | Stack used (prev) :  00000036 0000000E\r
1861           | + function block  :  00000000 00000002\r
1862   03      Time_Set\r
1863           | Stack used (prev) :  00000016 00000006\r
1864           | + function block  :  00000008 00000004\r
1865           |  Already listed\r
1866   03      Time_Left\r
1867           | Stack used (prev) :  00000016 00000006\r
1868           | + function block  :  00000000 00000002\r
1869           |  Already listed\r
1870   03      DisableBatteries\r
1871           | Stack used (prev) :  00000036 0000000E\r
1872           | + function block  :  00000000 00000002\r
1873           |  Already listed\r
1874   03      PWM_IncrementDutyCycle\r
1875           | Stack used (prev) :  00000036 0000000E\r
1876           | + function block  :  00000000 00000002\r
1877           |  Already listed\r
1878   03      PWM_Start\r
1879           | Stack used (prev) :  00000036 0000000E\r
1880           | + function block  :  00000000 00000002\r
1881           |  Already listed\r
1882   03      PWM_Stop\r
1883           | Stack used (prev) :  00000036 0000000E\r
1884           | + function block  :  00000000 00000002\r
1885           |  Already listed\r
1886   03      ADC_Wait\r
1887           | Stack used (prev) :  00000036 0000000E\r
1888           | + function block  :  00000000 00000002\r
1889           |  Already listed\r
1890   02    JumperCheck\r
1891         | Stack used (prev) :  00000036 00000010\r
1892         | + function block  :  00000002 00000002\r
1893   02    DisableBatteries\r
1894         | Stack used (prev) :  00000036 0000000E\r
1895         | + function block  :  00000000 00000002\r
1896         |  Already listed\r
1897   02    EnableBattery\r
1898         | Stack used (prev) :  00000036 0000000E\r
1899         | + function block  :  00000001 00000004\r
1900         |  Already listed\r
1901   03      OWI_ComputeCRC8\r
1902           | Stack used (prev) :  00000036 0000000E\r
1903           | + function block  :  00000000 00000002\r
1904   04        OWI_ReadBit\r
1905             | Stack used (prev) :  00000036 0000000E\r
1906             | + function block  :  00000000 00000002\r
1907   03      OWI_ReceiveByte\r
1908           | Stack used (prev) :  00000036 00000010\r
1909           | + function block  :  00000003 00000002\r
1910   04        OWI_WriteBit0\r
1911             | Stack used (prev) :  00000036 0000000E\r
1912             | + function block  :  00000000 00000002\r
1913   04        OWI_WriteBit1\r
1914             | Stack used (prev) :  00000036 0000000E\r
1915             | + function block  :  00000000 00000002\r
1916   03      OWI_SendByte\r
1917           | Stack used (prev) :  00000036 00000010\r
1918           | + function block  :  00000003 00000002\r
1919   03      OWI_DetectPresence\r
1920           | Stack used (prev) :  00000036 0000000E\r
1921           | + function block  :  00000000 00000002\r
1922   02    BatteryDataRefresh\r
1923         | Stack used (prev) :  00000039 00000012\r
1924         | + function block  :  00000009 00000002\r
1925   02    BatteryStatusRefresh\r
1926         | Stack used (prev) :  00000039 00000012\r
1927         | + function block  :  00000004 00000002\r
1928         |  Already listed\r
1929   02    ADC_Wait\r
1930         | Stack used (prev) :  00000036 0000000E\r
1931         | + function block  :  00000000 00000002\r
1932         |  Already listed\r
1933   01  BatteryControl\r
1934       | Stack used (prev) :  00000042 00000014\r
1935       | + function block  :  00000004 00000002\r
1936   <-Sub-tree of type: Indirectly called function tree that does not make\r
1937                     : indirect calls (Is not an interrupt and is not flagged\r
1938                     : as not overlayable)\r
1939     | Stack used          :  00000046 00000016\r
1940 \r
1941 \r
1942   ->Sub-tree of type: Indirectly called function tree that does not make\r
1943                     : indirect calls (Is not an interrupt and is not flagged\r
1944                     : as not overlayable)\r
1945                              CSTACK   RSTACK\r
1946     | Stack used (prev) :  00000036 0000000E\r
1947   01  Discharge\r
1948       | Stack used (prev) :  00000036 0000000E\r
1949       | + function block  :  00000000 00000002\r
1950   <-Sub-tree of type: Indirectly called function tree that does not make\r
1951                     : indirect calls (Is not an interrupt and is not flagged\r
1952                     : as not overlayable)\r
1953     | Stack used          :  00000036 00000010\r
1954 \r
1955 \r
1956   ->Sub-tree of type: Indirectly called function tree that does not make\r
1957                     : indirect calls (Is not an interrupt and is not flagged\r
1958                     : as not overlayable)\r
1959                              CSTACK   RSTACK\r
1960     | Stack used (prev) :  00000036 0000000E\r
1961   02    ADC_Wait\r
1962         | Stack used (prev) :  00000036 0000000E\r
1963         | + function block  :  00000000 00000002\r
1964         |  Already listed\r
1965   01  Sleep\r
1966       | Stack used (prev) :  00000036 00000010\r
1967       | + function block  :  00000000 00000002\r
1968   <-Sub-tree of type: Indirectly called function tree that does not make\r
1969                     : indirect calls (Is not an interrupt and is not flagged\r
1970                     : as not overlayable)\r
1971     | Stack used          :  00000036 00000012\r
1972 \r
1973 \r
1974   ->Sub-tree of type: Indirectly called function tree that does not make\r
1975                     : indirect calls (Is not an interrupt and is not flagged\r
1976                     : as not overlayable)\r
1977                              CSTACK   RSTACK\r
1978     | Stack used (prev) :  00000036 0000000E\r
1979   02    DisableBatteries\r
1980         | Stack used (prev) :  00000036 0000000E\r
1981         | + function block  :  00000000 00000002\r
1982         |  Already listed\r
1983   02    PWM_Stop\r
1984         | Stack used (prev) :  00000036 0000000E\r
1985         | + function block  :  00000000 00000002\r
1986         |  Already listed\r
1987   02    ADC_Wait\r
1988         | Stack used (prev) :  00000036 0000000E\r
1989         | + function block  :  00000000 00000002\r
1990         |  Already listed\r
1991   01  Error\r
1992       | Stack used (prev) :  00000036 00000010\r
1993       | + function block  :  00000000 00000002\r
1994   <-Sub-tree of type: Indirectly called function tree that does not make\r
1995                     : indirect calls (Is not an interrupt and is not flagged\r
1996                     : as not overlayable)\r
1997     | Stack used          :  00000036 00000012\r
1998 \r
1999 \r
2000   ->Sub-tree of type: Function tree that makes indirect calls\r
2001                              CSTACK   RSTACK\r
2002     | Stack used (prev) :  00000052 0000001C\r
2003   01  main\r
2004       | Stack used (prev) :  00000052 0000001C\r
2005       | + function block  :  00000002 00000002\r
2006   <-Sub-tree of type: Function tree that makes indirect calls\r
2007     | Stack used          :  00000054 0000001E\r
2008 \r
2009 \r
2010   ->Sub-tree of type: Function tree\r
2011                              CSTACK   RSTACK\r
2012     | Stack used (prev) :  00000054 0000001E\r
2013   01  __low_level_init\r
2014       | Stack used (prev) :  00000054 0000001E\r
2015       | + function block  :  00000000 00000002\r
2016   <-Sub-tree of type: Function tree\r
2017     | Stack used          :  00000054 00000020\r
2018 \r
2019 \r
2020   ->Sub-tree of type: Function tree\r
2021                              CSTACK   RSTACK\r
2022     | Stack used (prev) :  00000054 00000020\r
2023   02    __flashcpy\r
2024         | Stack used (prev) :  00000054 00000020\r
2025         | + function block  :  00000000 00000002\r
2026   02    __memclr\r
2027         | Stack used (prev) :  00000054 00000020\r
2028         | + function block  :  00000000 00000002\r
2029   01  __segment_init\r
2030       | Stack used (prev) :  00000054 00000022\r
2031       | + function block  :  00000000 00000002\r
2032   <-Sub-tree of type: Function tree\r
2033     | Stack used          :  00000054 00000024\r
2034 \r
2035 \r
2036 \r
2037 \r
2038                 ****************************************\r
2039                 *                                      *\r
2040                 *      SEGMENTS IN ADDRESS ORDER       *\r
2041                 *                                      *\r
2042                 ****************************************\r
2043 \r
2044 \r
2045 SEGMENT              SPACE    START ADDRESS   END ADDRESS     SIZE  TYPE  ALIGN\r
2046 =======              =====    =============   ===========     ====  ====  =====\r
2047 INTVEC               CODE          00000000 - 0000001D          1E   com    1\r
2048 ?FILL1               CODE          0000001E - 00000025           8   rel    0\r
2049 NEAR_F               CODE          00000026 - 00000043          1E   rel    0\r
2050 INITTAB              CODE          00000044 - 0000004F           C   rel    0\r
2051 CODE                 CODE          00000050 - 000011F9        11AA   rel    1\r
2052 NEAR_ID              CODE          000011FA - 0000126D          74   rel    0\r
2053 ABSOLUTE             DATA               0000001C                     rel    0\r
2054                      DATA               0000001D                   \r
2055                      DATA               0000001E                   \r
2056                      DATA               0000001F                   \r
2057                      DATA          00000020 - 00000020           1 \r
2058                      DATA          00000023 - 00000027           5 \r
2059                      DATA          0000002D - 0000002F           3 \r
2060                      DATA          00000032 - 00000033           2 \r
2061                      DATA          00000035 - 00000035           1 \r
2062                      DATA          00000037 - 0000003B           5 \r
2063                      DATA          00000041 - 00000041           1 \r
2064                      DATA          00000044 - 00000044           1 \r
2065                      DATA          00000046 - 0000004D           8 \r
2066                      DATA          0000004F - 00000050           2 \r
2067                      DATA          00000053 - 00000055           3 \r
2068                      DATA          00000059 - 00000059           1 \r
2069 CSTACK               DATA          00000060 - 0000009F          40   dse    0\r
2070 RSTACK               DATA          000000A0 - 000000CF          30   dse    0\r
2071 NEAR_I               DATA          000000D0 - 00000143          74   rel    0\r
2072 NEAR_Z               DATA          00000144 - 00000196          53   rel    0\r
2073 EEPROM_I             XDATA         00000000 - 00000082          83   rel    0\r
2074 \r
2075                 ****************************************\r
2076                 *                                      *\r
2077                 *        END OF CROSS REFERENCE        *\r
2078                 *                                      *\r
2079                 ****************************************\r
2080 \r
2081  4 710 bytes of CODE  memory (+             8 range fill )\r
2082    311 bytes of DATA  memory (+ 33 absolute )\r
2083    131 bytes of XDATA memory\r
2084 \r
2085 Errors: none\r
2086 Warnings: none\r
2087 \r