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main.elf:     file format elf32-avr

Sections:
Idx Name          Size      VMA       LMA       File off  Algn
  0 .text         00001bec  00000000  00000000  00000094  2**0
                  CONTENTS, ALLOC, LOAD, READONLY, CODE
  1 .data         00000024  00800060  00001bec  00001c80  2**0
                  CONTENTS, ALLOC, LOAD, DATA
  2 .bss          00000156  00800084  00800084  00001ca4  2**0
                  ALLOC
  3 .noinit       00000000  008001da  008001da  00001ca4  2**0
                  CONTENTS
  4 .eeprom       00000000  00810000  00810000  00001ca4  2**0
                  CONTENTS
  5 .stab         0000036c  00000000  00000000  00001ca4  2**2
                  CONTENTS, READONLY, DEBUGGING
  6 .stabstr      00000084  00000000  00000000  00002010  2**0
                  CONTENTS, READONLY, DEBUGGING
  7 .debug_aranges 000000b4  00000000  00000000  00002094  2**0
                  CONTENTS, READONLY, DEBUGGING
  8 .debug_pubnames 000006f5  00000000  00000000  00002148  2**0
                  CONTENTS, READONLY, DEBUGGING
  9 .debug_info   00001a41  00000000  00000000  0000283d  2**0
                  CONTENTS, READONLY, DEBUGGING
 10 .debug_abbrev 00000774  00000000  00000000  0000427e  2**0
                  CONTENTS, READONLY, DEBUGGING
 11 .debug_line   0000169d  00000000  00000000  000049f2  2**0
                  CONTENTS, READONLY, DEBUGGING
 12 .debug_str    00000874  00000000  00000000  0000608f  2**0
                  CONTENTS, READONLY, DEBUGGING
Disassembly of section .text:

00000000 <__vectors>:
       0:       0c 94 85 00     jmp     0x10a <__init>
       4:       0c 94 7e 0b     jmp     0x16fc <__vector_1>
       8:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>
       c:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>
      10:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>
      14:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>
      18:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>
      1c:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>
      20:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>
      24:       0c 94 67 09     jmp     0x12ce <__vector_9>
      28:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>
      2c:       0c 94 96 0b     jmp     0x172c <__vector_11>
      30:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>
      34:       0c 94 18 02     jmp     0x430 <__vector_13>
      38:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>
      3c:       0c 94 e3 01     jmp     0x3c6 <__vector_15>
      40:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>
      44:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>
      48:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>
      4c:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>
      50:       0c 94 a0 00     jmp     0x140 <__bad_interrupt>

00000054 <__ctors_end>:
      54:       20 2d           mov     r18, r0
      56:       2d 20           and     r2, r13
      58:       52 65           ori     r21, 0x52       ; 82
      5a:       6d 6f           ori     r22, 0xFD       ; 253
      5c:       74 65           ori     r23, 0x54       ; 84
      5e:       20 20           and     r2, r0
      60:       2d 2d           mov     r18, r13
      62:       20 20           and     r2, r0
      64:       20 20           and     r2, r0
      66:       20 20           and     r2, r0
        ...

00000069 <__c.1>:
      69:       20 2d 2d 20 44 69 73 70 6c 61 79 20 2d 2d 20 20      -- Display --  
      79:       20 20 20 20 00                                          .

0000007e <__c.2>:
      7e:       20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20                     
      8e:       20 20 20 20 00                                          .

00000093 <__c.3>:
      93:       20 20 77 77 77 2e 4d 69 63 72 6f 53 50 53 2e 63       www.MicroSPS.c
      a3:       6f 6d 20 20 00                                      om  .

000000a8 <__c.2>:
      a8:       25 73 00                                            %s.

000000ab <__c.3>:
      ab:       25 73 00                                            %s.

000000ae <__c.4>:
      ae:       25 73 00                                            %s.

000000b1 <__c.5>:
      b1:       25 73 00                                            %s.

000000b4 <__c.3>:
      b4:       56 65 72 62 69 6e 64 65 6e 20 6d 69 74 00           Verbinden mit.

000000c2 <__c.4>:
      c2:       4d 69 63 72 6f 53 50 53 3a 25 32 69 20 00           MicroSPS:%2i .

000000d0 <__c.5>:
      d0:       4d 61 78 20 41 64 72 65 73 73 65 00                 Max Adresse.

000000dc <__c.6>:
      dc:       25 32 69 20 00                                      %2i .

000000e1 <__c.7>:
      e1:       43 68 65 63 6b 73 75 6d 00                          Checksum.

000000ea <__c.8>:
      ea:       45 72 72 6f 72 73 3a 25 35 69 20 00                 Errors:%5i .

000000f6 <__c.9>:
      f6:       44 69 73 70 6c 61 79 00                             Display.

000000fe <__c.10>:
      fe:       5a 65 69 6c 65 6e 3a 25 31 69 20 00                 Zeilen:%1i .

0000010a <__init>:
     10a:       11 24           eor     r1, r1
     10c:       1f be           out     0x3f, r1        ; 63
     10e:       cf e5           ldi     r28, 0x5F       ; 95
     110:       d8 e0           ldi     r29, 0x08       ; 8
     112:       de bf           out     0x3e, r29       ; 62
     114:       cd bf           out     0x3d, r28       ; 61

00000116 <__do_copy_data>:
     116:       10 e0           ldi     r17, 0x00       ; 0
     118:       a0 e6           ldi     r26, 0x60       ; 96
     11a:       b0 e0           ldi     r27, 0x00       ; 0
     11c:       ec ee           ldi     r30, 0xEC       ; 236
     11e:       fb e1           ldi     r31, 0x1B       ; 27
     120:       02 c0           rjmp    .+4             ; 0x126 <.do_copy_data_start>

00000122 <.do_copy_data_loop>:
     122:       05 90           lpm     r0, Z+
     124:       0d 92           st      X+, r0

00000126 <.do_copy_data_start>:
     126:       a4 38           cpi     r26, 0x84       ; 132
     128:       b1 07           cpc     r27, r17
     12a:       d9 f7           brne    .-10            ; 0x122 <.do_copy_data_loop>

0000012c <__do_clear_bss>:
     12c:       11 e0           ldi     r17, 0x01       ; 1
     12e:       a4 e8           ldi     r26, 0x84       ; 132
     130:       b0 e0           ldi     r27, 0x00       ; 0
     132:       01 c0           rjmp    .+2             ; 0x136 <.do_clear_bss_start>

00000134 <.do_clear_bss_loop>:
     134:       1d 92           st      X+, r1

00000136 <.do_clear_bss_start>:
     136:       aa 3d           cpi     r26, 0xDA       ; 218
     138:       b1 07           cpc     r27, r17
     13a:       e1 f7           brne    .-8             ; 0x134 <.do_clear_bss_loop>
     13c:       0c 94 e5 00     jmp     0x1ca <main>

00000140 <__bad_interrupt>:
     140:       0c 94 00 00     jmp     0x0 <__vectors>

00000144 <Sekundentakt_Init>:
unsigned int IntervallDebug = 250, IntervallDisplay = 120;

void Sekundentakt_Init(void)
{
  _SekTimer = SetDelay(1000);
     144:       88 ee           ldi     r24, 0xE8       ; 232
     146:       93 e0           ldi     r25, 0x03       ; 3
     148:       0e 94 a8 09     call    0x1350 <SetDelay>
     14c:       90 93 91 00     sts     0x0091, r25
     150:       80 93 90 00     sts     0x0090, r24
     154:       08 95           ret

00000156 <Sekundentakt>:
}

void Sekundentakt(void)
{
 if(CheckDelay(_SekTimer))  
     156:       80 91 90 00     lds     r24, 0x0090
     15a:       90 91 91 00     lds     r25, 0x0091
     15e:       0e 94 b1 09     call    0x1362 <CheckDelay>
     162:       88 23           and     r24, r24
     164:       31 f1           breq    .+76            ; 0x1b2 <Sekundentakt+0x5c>
 {
  GetKeyboard();
     166:       0e 94 d2 09     call    0x13a4 <GetKeyboard>
  _SekTimer += 1000;
     16a:       80 91 90 00     lds     r24, 0x0090
     16e:       90 91 91 00     lds     r25, 0x0091
     172:       88 51           subi    r24, 0x18       ; 24
     174:       9c 4f           sbci    r25, 0xFC       ; 252
     176:       90 93 91 00     sts     0x0091, r25
     17a:       80 93 90 00     sts     0x0090, r24
  if(!CntDatensaetzeProSekunde) UebertragungUnterbrochen = 1; else UebertragungUnterbrochen = 0;
     17e:       80 91 66 00     lds     r24, 0x0066
     182:       88 23           and     r24, r24
     184:       21 f4           brne    .+8             ; 0x18e <Sekundentakt+0x38>
     186:       81 e0           ldi     r24, 0x01       ; 1
     188:       80 93 84 00     sts     0x0084, r24
     18c:       02 c0           rjmp    .+4             ; 0x192 <Sekundentakt+0x3c>
     18e:       10 92 84 00     sts     0x0084, r1
  CntDatensaetzeProSekunde = 0;
     192:       10 92 66 00     sts     0x0066, r1
  if(++Sekunde == 60) 
     196:       80 91 8d 00     lds     r24, 0x008D
     19a:       8f 5f           subi    r24, 0xFF       ; 255
     19c:       80 93 8d 00     sts     0x008D, r24
     1a0:       8c 33           cpi     r24, 0x3C       ; 60
     1a2:       39 f4           brne    .+14            ; 0x1b2 <Sekundentakt+0x5c>
   {
    Sekunde = 0;
     1a4:       10 92 8d 00     sts     0x008D, r1
    Minute++;
     1a8:       80 91 8c 00     lds     r24, 0x008C
     1ac:       8f 5f           subi    r24, 0xFF       ; 255
     1ae:       80 93 8c 00     sts     0x008C, r24
     1b2:       08 95           ret

000001b4 <Init>:
   } 
 }   
}

void Init(void)
{
  VersionInfo.Hauptversion = 0; 
     1b4:       10 92 c9 00     sts     0x00C9, r1
  VersionInfo.Nebenversion = 99; 
     1b8:       83 e6           ldi     r24, 0x63       ; 99
     1ba:       80 93 ca 00     sts     0x00CA, r24
  VersionInfo.PCKompatibel = 1; 
     1be:       81 e0           ldi     r24, 0x01       ; 1
     1c0:       80 93 cb 00     sts     0x00CB, r24
  VersionInfo.Commercial = 0x00;
     1c4:       10 92 cc 00     sts     0x00CC, r1
     1c8:       08 95           ret

000001ca <main>:
}

#define MENU   0
#define REMOTE 1

//############################################################################
//Hauptprogramm
void main (void)
//############################################################################
{
     1ca:       ca e5           ldi     r28, 0x5A       ; 90
     1cc:       d8 e0           ldi     r29, 0x08       ; 8
     1ce:       de bf           out     0x3e, r29       ; 62
     1d0:       cd bf           out     0x3d, r28       ; 61
 char z,txt[]= {"Moin"},key,key_old = 255;
     1d2:       de 01           movw    r26, r28
     1d4:       11 96           adiw    r26, 0x01       ; 1
     1d6:       e7 e6           ldi     r30, 0x67       ; 103
     1d8:       f0 e0           ldi     r31, 0x00       ; 0
     1da:       85 e0           ldi     r24, 0x05       ; 5
     1dc:       01 90           ld      r0, Z+
     1de:       0d 92           st      X+, r0
     1e0:       81 50           subi    r24, 0x01       ; 1
     1e2:       e1 f7           brne    .-8             ; 0x1dc <main+0x12>
 int test = 0;
 unsigned int DelayTast;
 unsigned int DelayDaten,DelayDisplay;
           

 unsigned char mode = REMOTE;
     1e4:       91 e0           ldi     r25, 0x01       ; 1
     1e6:       b9 2e           mov     r11, r25
 unsigned char neueDatenuebertragung = 1;

        UART_Init();
     1e8:       0e 94 cc 04     call    0x998 <UART_Init>
    LCD_Init();
     1ec:       0e 94 1f 06     call    0xc3e <LCD_Init>
    UART_Init();
     1f0:       0e 94 cc 04     call    0x998 <UART_Init>
        Timer1_Init();
     1f4:       0e 94 9e 09     call    0x133c <Timer1_Init>
    Keyboard_Init();
     1f8:       0e 94 c9 09     call    0x1392 <Keyboard_Init>
    Sekundentakt_Init();
     1fc:       0e 94 a2 00     call    0x144 <Sekundentakt_Init>
    InitIR();
     200:       0e 94 67 0b     call    0x16ce <InitIR>
    ADC_Init();
     204:       0e 94 42 0c     call    0x1884 <ADC_Init>
    Init();
     208:       0e 94 da 00     call    0x1b4 <Init>
        
        sei ();//Globale Interrupts Einschalten
     20c:       78 94           sei
    DDRB = 0xff;
     20e:       8f ef           ldi     r24, 0xFF       ; 255
     210:       87 bb           out     0x17, r24       ; 23
    PORTB = 0x00;
     212:       18 ba           out     0x18, r1        ; 24
    LCD_Clear;
     214:       81 e0           ldi     r24, 0x01       ; 1
     216:       0e 94 e1 05     call    0xbc2 <_lcd_write_command>
     21a:       0e 94 c9 05     call    0xb92 <_long_delay>

/*   while(1)
*/

 DelayTast = SetDelay(80);
     21e:       80 e5           ldi     r24, 0x50       ; 80
     220:       90 e0           ldi     r25, 0x00       ; 0
     222:       0e 94 a8 09     call    0x1350 <SetDelay>
     226:       7c 01           movw    r14, r24
 DelayDaten = SetDelay(200);
     228:       88 ec           ldi     r24, 0xC8       ; 200
     22a:       90 e0           ldi     r25, 0x00       ; 0
     22c:       0e 94 a8 09     call    0x1350 <SetDelay>
     230:       8c 01           movw    r16, r24
 DelayDisplay = SetDelay(300);
     232:       8c e2           ldi     r24, 0x2C       ; 44
     234:       91 e0           ldi     r25, 0x01       ; 1
     236:       0e 94 a8 09     call    0x1350 <SetDelay>
     23a:       6c 01           movw    r12, r24
 ClearIntervalle(); 
     23c:       0e 94 2e 05     call    0xa5c <ClearIntervalle>
while (1)
 {
  if(mode == MENU)
     240:       bb 20           and     r11, r11
     242:       11 f5           brne    .+68            ; 0x288 <main+0xbe>
    {
     Delay_ms(10);           
     244:       8a e0           ldi     r24, 0x0A       ; 10
     246:       90 e0           ldi     r25, 0x00       ; 0
     248:       0e 94 bc 09     call    0x1378 <Delay_ms>
     key = GetKeyboard();
     24c:       0e 94 d2 09     call    0x13a4 <GetKeyboard>
     Menu(key);
     250:       99 27           eor     r25, r25
     252:       0e 94 64 0a     call    0x14c8 <Menu>
         if(_TASTE5) 
     256:       cb 9b           sbis    0x19, 3 ; 25
     258:       f5 cf           rjmp    .-22            ; 0x244 <main+0x7a>
          {
           do { Delay_ms(10);} while(_TASTE5);           
     25a:       8a e0           ldi     r24, 0x0A       ; 10
     25c:       90 e0           ldi     r25, 0x00       ; 0
     25e:       0e 94 bc 09     call    0x1378 <Delay_ms>
     262:       cb 99           sbic    0x19, 3 ; 25
     264:       fa cf           rjmp    .-12            ; 0x25a <main+0x90>
           mode = REMOTE;
     266:       81 e0           ldi     r24, 0x01       ; 1
     268:       b8 2e           mov     r11, r24
       DelayTast  = SetDelay(100);
     26a:       84 e6           ldi     r24, 0x64       ; 100
     26c:       90 e0           ldi     r25, 0x00       ; 0
     26e:       0e 94 a8 09     call    0x1350 <SetDelay>
     272:       7c 01           movw    r14, r24
       DelayDaten = SetDelay(200);
     274:       88 ec           ldi     r24, 0xC8       ; 200
     276:       90 e0           ldi     r25, 0x00       ; 0
     278:       0e 94 a8 09     call    0x1350 <SetDelay>
     27c:       8c 01           movw    r16, r24
       LCD_Clear;
     27e:       8b 2d           mov     r24, r11
     280:       0e 94 e1 05     call    0xbc2 <_lcd_write_command>
     284:       0e 94 c9 05     call    0xb92 <_long_delay>
          }
    }
  else
  if(mode == REMOTE)
     288:       81 e0           ldi     r24, 0x01       ; 1
     28a:       b8 16           cp      r11, r24
     28c:       c9 f6           brne    .-78            ; 0x240 <main+0x76>
  {
    BearbeiteRxDaten();
     28e:       0e 94 fe 03     call    0x7fc <BearbeiteRxDaten>

    if(CheckDelay(DelayDaten))
     292:       c8 01           movw    r24, r16
     294:       0e 94 b1 09     call    0x1362 <CheckDelay>
     298:       88 23           and     r24, r24
     29a:       c9 f3           breq    .-14            ; 0x28e <main+0xc4>
      { 
         Sekundentakt();
     29c:       0e 94 ab 00     call    0x156 <Sekundentakt>
             DelayDaten = SetDelay(10);
     2a0:       8a e0           ldi     r24, 0x0A       ; 10
     2a2:       90 e0           ldi     r25, 0x00       ; 0
     2a4:       0e 94 a8 09     call    0x1350 <SetDelay>
     2a8:       8c 01           movw    r16, r24

                 if(CheckDelay(DelayDisplay))
     2aa:       c6 01           movw    r24, r12
     2ac:       0e 94 b1 09     call    0x1362 <CheckDelay>
     2b0:       88 23           and     r24, r24
     2b2:       39 f0           breq    .+14            ; 0x2c2 <main+0xf8>
                  { 
                   DelayDisplay = SetDelay(300);
     2b4:       8c e2           ldi     r24, 0x2C       ; 44
     2b6:       91 e0           ldi     r25, 0x01       ; 1
     2b8:       0e 94 a8 09     call    0x1350 <SetDelay>
     2bc:       6c 01           movw    r12, r24
           PollDisplay = 1;
     2be:       b0 92 ed 00     sts     0x00ED, r11
          }
          key = GetKeyboard2();
     2c2:       0e 94 57 0a     call    0x14ae <GetKeyboard2>
          DatenUebertragung(key);
     2c6:       99 27           eor     r25, r25
     2c8:       0e 94 51 05     call    0xaa2 <DatenUebertragung>

                 if(UebertragungUnterbrochen)
     2cc:       80 91 84 00     lds     r24, 0x0084
     2d0:       88 23           and     r24, r24
     2d2:       81 f1           breq    .+96            ; 0x334 <main+0x16a>
                  {
                                                   //01234567890123456789
           LCD_printfxy(0,0," -- Remote  --      ");
     2d4:       60 e0           ldi     r22, 0x00       ; 0
     2d6:       86 2f           mov     r24, r22
     2d8:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
     2dc:       84 e5           ldi     r24, 0x54       ; 84
     2de:       90 e0           ldi     r25, 0x00       ; 0
     2e0:       9f 93           push    r25
     2e2:       8f 93           push    r24
     2e4:       0e 94 e3 06     call    0xdc6 <_printf_P>
           LCD_printfxy(0,1," -- Display --      ");
     2e8:       61 e0           ldi     r22, 0x01       ; 1
     2ea:       80 e0           ldi     r24, 0x00       ; 0
     2ec:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
     2f0:       0f 90           pop     r0
     2f2:       0f 90           pop     r0
     2f4:       89 e6           ldi     r24, 0x69       ; 105
     2f6:       90 e0           ldi     r25, 0x00       ; 0
     2f8:       9f 93           push    r25
     2fa:       8f 93           push    r24
     2fc:       0e 94 e3 06     call    0xdc6 <_printf_P>
           LCD_printfxy(0,2,"                    ");
     300:       62 e0           ldi     r22, 0x02       ; 2
     302:       80 e0           ldi     r24, 0x00       ; 0
     304:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
     308:       0f 90           pop     r0
     30a:       0f 90           pop     r0
     30c:       8e e7           ldi     r24, 0x7E       ; 126
     30e:       90 e0           ldi     r25, 0x00       ; 0
     310:       9f 93           push    r25
     312:       8f 93           push    r24
     314:       0e 94 e3 06     call    0xdc6 <_printf_P>
           LCD_printfxy(0,3,"  www.MicroSPS.com  ");
     318:       63 e0           ldi     r22, 0x03       ; 3
     31a:       80 e0           ldi     r24, 0x00       ; 0
     31c:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
     320:       0f 90           pop     r0
     322:       0f 90           pop     r0
     324:       83 e9           ldi     r24, 0x93       ; 147
     326:       90 e0           ldi     r25, 0x00       ; 0
     328:       9f 93           push    r25
     32a:       8f 93           push    r24
     32c:       0e 94 e3 06     call    0xdc6 <_printf_P>
     330:       0f 90           pop     r0
     332:       0f 90           pop     r0
                  }

                 if(CheckDelay(DelayTast))
     334:       c7 01           movw    r24, r14
     336:       0e 94 b1 09     call    0x1362 <CheckDelay>
     33a:       88 23           and     r24, r24
     33c:       09 f4           brne    .+2             ; 0x340 <main+0x176>
     33e:       a7 cf           rjmp    .-178           ; 0x28e <main+0xc4>
                  { 
                   DelayTast = SetDelay(100);
     340:       84 e6           ldi     r24, 0x64       ; 100
     342:       90 e0           ldi     r25, 0x00       ; 0
     344:       0e 94 a8 09     call    0x1350 <SetDelay>
     348:       7c 01           movw    r14, r24
           
           if(_TASTE5) 
     34a:       cb 9b           sbis    0x19, 3 ; 25
     34c:       0c c0           rjmp    .+24            ; 0x366 <main+0x19c>
                  {
                   do { Delay_ms(10);} while(_TASTE5);           
     34e:       8a e0           ldi     r24, 0x0A       ; 10
     350:       90 e0           ldi     r25, 0x00       ; 0
     352:       0e 94 bc 09     call    0x1378 <Delay_ms>
     356:       cb 99           sbic    0x19, 3 ; 25
     358:       fa cf           rjmp    .-12            ; 0x34e <main+0x184>
                   mode = MENU;
     35a:       bb 24           eor     r11, r11
               LCD_Clear;
     35c:       81 e0           ldi     r24, 0x01       ; 1
     35e:       0e 94 e1 05     call    0xbc2 <_lcd_write_command>
     362:       0e 94 c9 05     call    0xb92 <_long_delay>
     366:       80 91 be 00     lds     r24, 0x00BE
                  }
//           if(key & 0x10)   DebugIn.Digital[0] |= 0x01; else DebugIn.Digital[0] &= ~0x01;
           if(PIND & 0x08)  DebugIn.Digital[0] |= 0x02; else DebugIn.Digital[0] &= ~0x02;
     36a:       83 9b           sbis    0x10, 3 ; 16
     36c:       02 c0           rjmp    .+4             ; 0x372 <main+0x1a8>
     36e:       82 60           ori     r24, 0x02       ; 2
     370:       01 c0           rjmp    .+2             ; 0x374 <main+0x1aa>
     372:       8d 7f           andi    r24, 0xFD       ; 253
     374:       80 93 be 00     sts     0x00BE, r24
     378:       80 91 be 00     lds     r24, 0x00BE
           if(PIND & 0x10)  DebugIn.Digital[0] |= 0x04; else DebugIn.Digital[0] &= ~0x04;
     37c:       84 9b           sbis    0x10, 4 ; 16
     37e:       02 c0           rjmp    .+4             ; 0x384 <main+0x1ba>
     380:       84 60           ori     r24, 0x04       ; 4
     382:       01 c0           rjmp    .+2             ; 0x386 <main+0x1bc>
     384:       8b 7f           andi    r24, 0xFB       ; 251
     386:       80 93 be 00     sts     0x00BE, r24
     38a:       80 91 be 00     lds     r24, 0x00BE
           if(PIND & 0x20)  DebugIn.Digital[0] |= 0x08; else DebugIn.Digital[0] &= ~0x08;
     38e:       85 9b           sbis    0x10, 5 ; 16
     390:       02 c0           rjmp    .+4             ; 0x396 <main+0x1cc>
     392:       88 60           ori     r24, 0x08       ; 8
     394:       01 c0           rjmp    .+2             ; 0x398 <main+0x1ce>
     396:       87 7f           andi    r24, 0xF7       ; 247
     398:       80 93 be 00     sts     0x00BE, r24
     39c:       80 91 be 00     lds     r24, 0x00BE
           if(PIND & 0x40)  DebugIn.Digital[0] |= 0x10; else DebugIn.Digital[0] &= ~0x10;
     3a0:       86 9b           sbis    0x10, 6 ; 16
     3a2:       02 c0           rjmp    .+4             ; 0x3a8 <main+0x1de>
     3a4:       80 61           ori     r24, 0x10       ; 16
     3a6:       01 c0           rjmp    .+2             ; 0x3aa <main+0x1e0>
     3a8:       8f 7e           andi    r24, 0xEF       ; 239
     3aa:       80 93 be 00     sts     0x00BE, r24
     3ae:       80 91 be 00     lds     r24, 0x00BE
           if(PIND & 0x80)  DebugIn.Digital[0] |= 0x20; else DebugIn.Digital[0] &= ~0x20;
     3b2:       87 9b           sbis    0x10, 7 ; 16
     3b4:       02 c0           rjmp    .+4             ; 0x3ba <main+0x1f0>
     3b6:       80 62           ori     r24, 0x20       ; 32
     3b8:       01 c0           rjmp    .+2             ; 0x3bc <main+0x1f2>
     3ba:       8f 7d           andi    r24, 0xDF       ; 223
     3bc:       80 93 be 00     sts     0x00BE, r24
           GetAnalogWerte();
     3c0:       0e 94 4e 0c     call    0x189c <GetAnalogWerte>
     3c4:       3d cf           rjmp    .-390           ; 0x240 <main+0x76>

000003c6 <__vector_15>:
//+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
//++ Sende-Part der Datenübertragung
//+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
SIGNAL(INT_VEC_TX)
{
     3c6:       1f 92           push    r1
     3c8:       0f 92           push    r0
     3ca:       0f b6           in      r0, 0x3f        ; 63
     3cc:       0f 92           push    r0
     3ce:       11 24           eor     r1, r1
     3d0:       8f 93           push    r24
     3d2:       9f 93           push    r25
     3d4:       ef 93           push    r30
     3d6:       ff 93           push    r31
 static unsigned int ptr = 0;
 unsigned char tmp_tx;
 if(!UebertragungAbgeschlossen)  
     3d8:       80 91 6e 00     lds     r24, 0x006E
     3dc:       88 23           and     r24, r24
     3de:       d9 f4           brne    .+54            ; 0x416 <__vector_15+0x50>
  {
   ptr++;                    // die [0] wurde schon gesendet
     3e0:       80 91 9d 00     lds     r24, 0x009D
     3e4:       90 91 9e 00     lds     r25, 0x009E
     3e8:       01 96           adiw    r24, 0x01       ; 1
     3ea:       90 93 9e 00     sts     0x009E, r25
     3ee:       80 93 9d 00     sts     0x009D, r24
   tmp_tx = SendeBuffer[ptr];  
     3f2:       fc 01           movw    r30, r24
     3f4:       e2 51           subi    r30, 0x12       ; 18
     3f6:       ff 4f           sbci    r31, 0xFF       ; 255
     3f8:       e0 81           ld      r30, Z
   if((tmp_tx == '\r') || (ptr == MAX_SENDE_BUFF))
     3fa:       ed 30           cpi     r30, 0x0D       ; 13
     3fc:       19 f0           breq    .+6             ; 0x404 <__vector_15+0x3e>
     3fe:       84 36           cpi     r24, 0x64       ; 100
     400:       91 05           cpc     r25, r1
     402:       39 f4           brne    .+14            ; 0x412 <__vector_15+0x4c>
    {
     ptr = 0;
     404:       10 92 9e 00     sts     0x009E, r1
     408:       10 92 9d 00     sts     0x009D, r1
     UebertragungAbgeschlossen = 1;
     40c:       81 e0           ldi     r24, 0x01       ; 1
     40e:       80 93 6e 00     sts     0x006E, r24
    }
   UDR = tmp_tx; 
     412:       ec b9           out     0x0c, r30       ; 12
     414:       04 c0           rjmp    .+8             ; 0x41e <__vector_15+0x58>
  } 
  else ptr = 0;
     416:       10 92 9e 00     sts     0x009E, r1
     41a:       10 92 9d 00     sts     0x009D, r1
     41e:       ff 91           pop     r31
     420:       ef 91           pop     r30
     422:       9f 91           pop     r25
     424:       8f 91           pop     r24
     426:       0f 90           pop     r0
     428:       0f be           out     0x3f, r0        ; 63
     42a:       0f 90           pop     r0
     42c:       1f 90           pop     r1
     42e:       18 95           reti

00000430 <__vector_13>:
}

//+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
//++ Empfangs-Part der Datenübertragung, incl. CRC-Auswertung
//+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
SIGNAL(INT_VEC_RX)
{
     430:       1f 92           push    r1
     432:       0f 92           push    r0
     434:       0f b6           in      r0, 0x3f        ; 63
     436:       0f 92           push    r0
     438:       11 24           eor     r1, r1
     43a:       2f 93           push    r18
     43c:       3f 93           push    r19
     43e:       4f 93           push    r20
     440:       5f 93           push    r21
     442:       8f 93           push    r24
     444:       9f 93           push    r25
     446:       af 93           push    r26
     448:       bf 93           push    r27
     44a:       ef 93           push    r30
     44c:       ff 93           push    r31
 static unsigned int crc;
 static unsigned char crc1,crc2,buf_ptr;
 static unsigned char UartState = 0;
 unsigned char CrcOkay = 0;
     44e:       20 e0           ldi     r18, 0x00       ; 0

 SioTmp = UDR; 
     450:       8c b1           in      r24, 0x0c       ; 12
     452:       80 93 9c 00     sts     0x009C, r24
 if(buf_ptr >= MAX_EMPFANGS_BUFF)    UartState = 0;
     456:       50 91 a3 00     lds     r21, 0x00A3
     45a:       54 36           cpi     r21, 0x64       ; 100
     45c:       10 f0           brcs    .+4             ; 0x462 <__vector_13+0x32>
     45e:       20 93 a4 00     sts     0x00A4, r18
 if(SioTmp == '\r' && UartState == 2) 
     462:       80 91 9c 00     lds     r24, 0x009C
     466:       8d 30           cpi     r24, 0x0D       ; 13
     468:       09 f0           breq    .+2             ; 0x46c <__vector_13+0x3c>
     46a:       5b c0           rjmp    .+182           ; 0x522 <__vector_13+0xf2>
     46c:       80 91 a4 00     lds     r24, 0x00A4
     470:       82 30           cpi     r24, 0x02       ; 2
     472:       09 f0           breq    .+2             ; 0x476 <__vector_13+0x46>
     474:       56 c0           rjmp    .+172           ; 0x522 <__vector_13+0xf2>
  {
   UartState = 0;
     476:       20 93 a4 00     sts     0x00A4, r18
   crc -= RxdBuffer[buf_ptr-2];
     47a:       85 2f           mov     r24, r21
     47c:       99 27           eor     r25, r25
     47e:       8e 5a           subi    r24, 0xAE       ; 174
     480:       9e 4f           sbci    r25, 0xFE       ; 254
     482:       fc 01           movw    r30, r24
     484:       32 97           sbiw    r30, 0x02       ; 2
     486:       40 81           ld      r20, Z
     488:       20 91 9f 00     lds     r18, 0x009F
     48c:       30 91 a0 00     lds     r19, 0x00A0
     490:       24 1b           sub     r18, r20
     492:       31 09           sbc     r19, r1
   crc -= RxdBuffer[buf_ptr-1];
     494:       dc 01           movw    r26, r24
     496:       11 97           sbiw    r26, 0x01       ; 1
     498:       8c 91           ld      r24, X
     49a:       28 1b           sub     r18, r24
     49c:       31 09           sbc     r19, r1
   crc %= 4096;
     49e:       c9 01           movw    r24, r18
     4a0:       9f 70           andi    r25, 0x0F       ; 15
     4a2:       90 93 a0 00     sts     0x00A0, r25
     4a6:       80 93 9f 00     sts     0x009F, r24
   crc1 = '=' + crc / 64;
     4aa:       46 e0           ldi     r20, 0x06       ; 6
     4ac:       96 95           lsr     r25
     4ae:       87 95           ror     r24
     4b0:       4a 95           dec     r20
     4b2:       e1 f7           brne    .-8             ; 0x4ac <__vector_13+0x7c>
     4b4:       98 2f           mov     r25, r24
     4b6:       93 5c           subi    r25, 0xC3       ; 195
     4b8:       90 93 a1 00     sts     0x00A1, r25
   crc2 = '=' + crc % 64;
     4bc:       2f 73           andi    r18, 0x3F       ; 63
     4be:       30 70           andi    r19, 0x00       ; 0
     4c0:       23 5c           subi    r18, 0xC3       ; 195
     4c2:       20 93 a2 00     sts     0x00A2, r18
   CrcOkay = 0;
   if((crc1 == RxdBuffer[buf_ptr-2]) && (crc2 == RxdBuffer[buf_ptr-1])) CrcOkay = 1; else { CrcOkay = 0; CntCrcError++;};
     4c6:       80 81           ld      r24, Z
     4c8:       98 17           cp      r25, r24
     4ca:       29 f4           brne    .+10            ; 0x4d6 <__vector_13+0xa6>
     4cc:       8c 91           ld      r24, X
     4ce:       28 17           cp      r18, r24
     4d0:       11 f4           brne    .+4             ; 0x4d6 <__vector_13+0xa6>
     4d2:       21 e0           ldi     r18, 0x01       ; 1
     4d4:       0a c0           rjmp    .+20            ; 0x4ea <__vector_13+0xba>
     4d6:       20 e0           ldi     r18, 0x00       ; 0
     4d8:       80 91 99 00     lds     r24, 0x0099
     4dc:       90 91 9a 00     lds     r25, 0x009A
     4e0:       01 96           adiw    r24, 0x01       ; 1
     4e2:       90 93 9a 00     sts     0x009A, r25
     4e6:       80 93 99 00     sts     0x0099, r24
   if(!NeuerDatensatzEmpfangen && CrcOkay) // Datensatz schon verarbeitet
     4ea:       80 91 9b 00     lds     r24, 0x009B
     4ee:       88 23           and     r24, r24
     4f0:       09 f0           breq    .+2             ; 0x4f4 <__vector_13+0xc4>
     4f2:       66 c0           rjmp    .+204           ; 0x5c0 <__vector_13+0x190>
     4f4:       22 23           and     r18, r18
     4f6:       09 f4           brne    .+2             ; 0x4fa <__vector_13+0xca>
     4f8:       63 c0           rjmp    .+198           ; 0x5c0 <__vector_13+0x190>
    {
         CntDatensaetzeProSekunde++;
     4fa:       80 91 66 00     lds     r24, 0x0066
     4fe:       8f 5f           subi    r24, 0xFF       ; 255
     500:       80 93 66 00     sts     0x0066, r24
         PC_DebugTimeout = 10;
     504:       8a e0           ldi     r24, 0x0A       ; 10
     506:       80 93 97 00     sts     0x0097, r24
     NeuerDatensatzEmpfangen = 1; 
     50a:       81 e0           ldi     r24, 0x01       ; 1
     50c:       80 93 9b 00     sts     0x009B, r24
         AnzahlEmpfangsBytes = buf_ptr;
     510:       50 93 98 00     sts     0x0098, r21
     RxdBuffer[buf_ptr] = '\r';
     514:       e5 2f           mov     r30, r21
     516:       ff 27           eor     r31, r31
     518:       ee 5a           subi    r30, 0xAE       ; 174
     51a:       fe 4f           sbci    r31, 0xFE       ; 254
     51c:       8d e0           ldi     r24, 0x0D       ; 13
     51e:       80 83           st      Z, r24
     520:       4f c0           rjmp    .+158           ; 0x5c0 <__vector_13+0x190>
//       if((RxdBuffer[1] == 's') && (RxdBuffer[2] == 'R')) wdt_enable(WDTO_250MS); // Reset-Commando
        }                                 
  }
  else
  switch(UartState)
     522:       20 91 a4 00     lds     r18, 0x00A4
     526:       82 2f           mov     r24, r18
     528:       99 27           eor     r25, r25
     52a:       81 30           cpi     r24, 0x01       ; 1
     52c:       91 05           cpc     r25, r1
     52e:       f9 f0           breq    .+62            ; 0x56e <__vector_13+0x13e>
     530:       82 30           cpi     r24, 0x02       ; 2
     532:       91 05           cpc     r25, r1
     534:       1c f4           brge    .+6             ; 0x53c <__vector_13+0x10c>
     536:       89 2b           or      r24, r25
     538:       21 f0           breq    .+8             ; 0x542 <__vector_13+0x112>
     53a:       40 c0           rjmp    .+128           ; 0x5bc <__vector_13+0x18c>
     53c:       02 97           sbiw    r24, 0x02       ; 2
     53e:       11 f1           breq    .+68            ; 0x584 <__vector_13+0x154>
     540:       3d c0           rjmp    .+122           ; 0x5bc <__vector_13+0x18c>
  {
   case 0:
          if(SioTmp == '#' && !NeuerDatensatzEmpfangen) UartState = 1;  // Startzeichen und Daten schon verarbeitet
     542:       80 91 9c 00     lds     r24, 0x009C
     546:       83 32           cpi     r24, 0x23       ; 35
     548:       39 f4           brne    .+14            ; 0x558 <__vector_13+0x128>
     54a:       80 91 9b 00     lds     r24, 0x009B
     54e:       88 23           and     r24, r24
     550:       19 f4           brne    .+6             ; 0x558 <__vector_13+0x128>
     552:       81 e0           ldi     r24, 0x01       ; 1
     554:       80 93 a4 00     sts     0x00A4, r24
                  buf_ptr = 0;
                  RxdBuffer[buf_ptr++] = SioTmp;
     558:       80 91 9c 00     lds     r24, 0x009C
     55c:       80 93 52 01     sts     0x0152, r24
     560:       81 e0           ldi     r24, 0x01       ; 1
     562:       80 93 a3 00     sts     0x00A3, r24
                  crc = SioTmp;
     566:       80 91 9c 00     lds     r24, 0x009C
     56a:       99 27           eor     r25, r25
     56c:       22 c0           rjmp    .+68            ; 0x5b2 <__vector_13+0x182>
          break;
   case 1: // Adresse auswerten
                  UartState++;
     56e:       2f 5f           subi    r18, 0xFF       ; 255
     570:       20 93 a4 00     sts     0x00A4, r18
                  RxdBuffer[buf_ptr++] = SioTmp;
     574:       e5 2f           mov     r30, r21
     576:       ff 27           eor     r31, r31
     578:       ee 5a           subi    r30, 0xAE       ; 174
     57a:       fe 4f           sbci    r31, 0xFE       ; 254
     57c:       80 91 9c 00     lds     r24, 0x009C
     580:       80 83           st      Z, r24
     582:       09 c0           rjmp    .+18            ; 0x596 <__vector_13+0x166>
                  crc += SioTmp;
                  break;
   case 2: //  Eingangsdaten sammeln
                  RxdBuffer[buf_ptr] = SioTmp;
     584:       e5 2f           mov     r30, r21
     586:       ff 27           eor     r31, r31
     588:       ee 5a           subi    r30, 0xAE       ; 174
     58a:       fe 4f           sbci    r31, 0xFE       ; 254
     58c:       80 91 9c 00     lds     r24, 0x009C
     590:       80 83           st      Z, r24
                  if(buf_ptr < MAX_EMPFANGS_BUFF) buf_ptr++; 
     592:       54 36           cpi     r21, 0x64       ; 100
     594:       20 f4           brcc    .+8             ; 0x59e <__vector_13+0x16e>
     596:       5f 5f           subi    r21, 0xFF       ; 255
     598:       50 93 a3 00     sts     0x00A3, r21
     59c:       02 c0           rjmp    .+4             ; 0x5a2 <__vector_13+0x172>
                  else UartState = 0;
     59e:       10 92 a4 00     sts     0x00A4, r1
                  crc += SioTmp;
     5a2:       20 91 9c 00     lds     r18, 0x009C
     5a6:       80 91 9f 00     lds     r24, 0x009F
     5aa:       90 91 a0 00     lds     r25, 0x00A0
     5ae:       82 0f           add     r24, r18
     5b0:       91 1d           adc     r25, r1
     5b2:       90 93 a0 00     sts     0x00A0, r25
     5b6:       80 93 9f 00     sts     0x009F, r24
                  break;
     5ba:       02 c0           rjmp    .+4             ; 0x5c0 <__vector_13+0x190>
   default: 
          UartState = 0; 
     5bc:       10 92 a4 00     sts     0x00A4, r1
     5c0:       ff 91           pop     r31
     5c2:       ef 91           pop     r30
     5c4:       bf 91           pop     r27
     5c6:       af 91           pop     r26
     5c8:       9f 91           pop     r25
     5ca:       8f 91           pop     r24
     5cc:       5f 91           pop     r21
     5ce:       4f 91           pop     r20
     5d0:       3f 91           pop     r19
     5d2:       2f 91           pop     r18
     5d4:       0f 90           pop     r0
     5d6:       0f be           out     0x3f, r0        ; 63
     5d8:       0f 90           pop     r0
     5da:       1f 90           pop     r1
     5dc:       18 95           reti

000005de <AddCRC>:
          break;
  }
};

// --------------------------------------------------------------------------
void AddCRC(unsigned int wieviele)
{
     5de:       ac 01           movw    r20, r24
 unsigned int tmpCRC = 0,i; 
     5e0:       a0 e0           ldi     r26, 0x00       ; 0
     5e2:       b0 e0           ldi     r27, 0x00       ; 0
 for(i = 0; i < wieviele;i++)
     5e4:       9d 01           movw    r18, r26
     5e6:       a8 17           cp      r26, r24
     5e8:       b9 07           cpc     r27, r25
     5ea:       48 f4           brcc    .+18            ; 0x5fe <AddCRC+0x20>
     5ec:       ee ee           ldi     r30, 0xEE       ; 238
     5ee:       f0 e0           ldi     r31, 0x00       ; 0
  {
   tmpCRC += SendeBuffer[i];
     5f0:       81 91           ld      r24, Z+
     5f2:       28 0f           add     r18, r24
     5f4:       31 1d           adc     r19, r1
     5f6:       11 96           adiw    r26, 0x01       ; 1
     5f8:       a4 17           cp      r26, r20
     5fa:       b5 07           cpc     r27, r21
     5fc:       c8 f3           brcs    .-14            ; 0x5f0 <AddCRC+0x12>
  }
   tmpCRC %= 4096;
     5fe:       3f 70           andi    r19, 0x0F       ; 15
   SendeBuffer[i++] = '=' + tmpCRC / 64;
     600:       fd 01           movw    r30, r26
     602:       e2 51           subi    r30, 0x12       ; 18
     604:       ff 4f           sbci    r31, 0xFF       ; 255
     606:       c9 01           movw    r24, r18
     608:       56 e0           ldi     r21, 0x06       ; 6
     60a:       96 95           lsr     r25
     60c:       87 95           ror     r24
     60e:       5a 95           dec     r21
     610:       e1 f7           brne    .-8             ; 0x60a <AddCRC+0x2c>
     612:       83 5c           subi    r24, 0xC3       ; 195
     614:       80 83           st      Z, r24
     616:       11 96           adiw    r26, 0x01       ; 1
   SendeBuffer[i++] = '=' + tmpCRC % 64;
     618:       fd 01           movw    r30, r26
     61a:       e2 51           subi    r30, 0x12       ; 18
     61c:       ff 4f           sbci    r31, 0xFF       ; 255
     61e:       2f 73           andi    r18, 0x3F       ; 63
     620:       30 70           andi    r19, 0x00       ; 0
     622:       82 2f           mov     r24, r18
     624:       83 5c           subi    r24, 0xC3       ; 195
     626:       80 83           st      Z, r24
   SendeBuffer[i++] = '\r';
     628:       a1 51           subi    r26, 0x11       ; 17
     62a:       bf 4f           sbci    r27, 0xFF       ; 255
     62c:       8d e0           ldi     r24, 0x0D       ; 13
     62e:       8c 93           st      X, r24
  UebertragungAbgeschlossen = 0;
     630:       10 92 6e 00     sts     0x006E, r1
  UDR = SendeBuffer[0];
     634:       80 91 ee 00     lds     r24, 0x00EE
     638:       8c b9           out     0x0c, r24       ; 12
     63a:       08 95           ret

0000063c <SendOutData>:
// PrintSendeBuffer();
}


// --------------------------------------------------------------------------
void SendOutData(unsigned char cmd,unsigned char modul, unsigned char *snd, unsigned char len)
{
     63c:       1f 93           push    r17
     63e:       cf 93           push    r28
     640:       df 93           push    r29
     642:       38 2f           mov     r19, r24
     644:       96 2f           mov     r25, r22
     646:       ea 01           movw    r28, r20
     648:       72 2f           mov     r23, r18
 unsigned int pt = 0,i;
 unsigned char a,b,c,d;
 unsigned char ptr = 0;
     64a:       10 e0           ldi     r17, 0x00       ; 0
 unsigned char x,y,z;
 //while(!UebertragungAbgeschlossen);
 SendeBuffer[pt++] = '#';           // Startzeichen
     64c:       83 e2           ldi     r24, 0x23       ; 35
     64e:       80 93 ee 00     sts     0x00EE, r24
 SendeBuffer[pt++] = modul+'a'; // Adresse (a=0; b=1,...)
     652:       9f 59           subi    r25, 0x9F       ; 159
     654:       90 93 ef 00     sts     0x00EF, r25
 SendeBuffer[pt++] = cmd;                 // Commando
     658:       30 93 f0 00     sts     0x00F0, r19
     65c:       a3 e0           ldi     r26, 0x03       ; 3
     65e:       b0 e0           ldi     r27, 0x00       ; 0

 while(len)
  {
   if(len) { a = snd[ptr++]; len--;} else a = 0;
   if(len) { b = snd[ptr++]; len--;} else b = 0;
   if(len) { c = snd[ptr++]; len--;} else c = 0;
   SendeBuffer[pt++] = '=' + (a >> 2);
   SendeBuffer[pt++] = '=' + (((a & 0x03) << 4) | ((b & 0xf0) >> 4));
   SendeBuffer[pt++] = '=' + (((b & 0x0f) << 2) | ((c & 0xc0) >> 6));
   SendeBuffer[pt++] = '=' + ( c & 0x3f);
     660:       77 23           and     r23, r23
     662:       09 f4           brne    .+2             ; 0x666 <SendOutData+0x2a>
     664:       58 c0           rjmp    .+176           ; 0x716 <SendOutData+0xda>
     666:       77 23           and     r23, r23
     668:       11 f4           brne    .+4             ; 0x66e <SendOutData+0x32>
     66a:       97 2f           mov     r25, r23
     66c:       07 c0           rjmp    .+14            ; 0x67c <SendOutData+0x40>
     66e:       fe 01           movw    r30, r28
     670:       e1 0f           add     r30, r17
     672:       f1 1d           adc     r31, r1
     674:       1f 5f           subi    r17, 0xFF       ; 255
     676:       90 81           ld      r25, Z
     678:       71 50           subi    r23, 0x01       ; 1
     67a:       11 f4           brne    .+4             ; 0x680 <SendOutData+0x44>
     67c:       47 2f           mov     r20, r23
     67e:       0e c0           rjmp    .+28            ; 0x69c <SendOutData+0x60>
     680:       fe 01           movw    r30, r28
     682:       e1 0f           add     r30, r17
     684:       f1 1d           adc     r31, r1
     686:       1f 5f           subi    r17, 0xFF       ; 255
     688:       40 81           ld      r20, Z
     68a:       71 50           subi    r23, 0x01       ; 1
     68c:       39 f0           breq    .+14            ; 0x69c <SendOutData+0x60>
     68e:       fe 01           movw    r30, r28
     690:       e1 0f           add     r30, r17
     692:       f1 1d           adc     r31, r1
     694:       1f 5f           subi    r17, 0xFF       ; 255
     696:       60 81           ld      r22, Z
     698:       71 50           subi    r23, 0x01       ; 1
     69a:       01 c0           rjmp    .+2             ; 0x69e <SendOutData+0x62>
     69c:       67 2f           mov     r22, r23
     69e:       fd 01           movw    r30, r26
     6a0:       e2 51           subi    r30, 0x12       ; 18
     6a2:       ff 4f           sbci    r31, 0xFF       ; 255
     6a4:       89 2f           mov     r24, r25
     6a6:       86 95           lsr     r24
     6a8:       86 95           lsr     r24
     6aa:       83 5c           subi    r24, 0xC3       ; 195
     6ac:       80 83           st      Z, r24
     6ae:       11 96           adiw    r26, 0x01       ; 1
     6b0:       fd 01           movw    r30, r26
     6b2:       e2 51           subi    r30, 0x12       ; 18
     6b4:       ff 4f           sbci    r31, 0xFF       ; 255
     6b6:       89 2f           mov     r24, r25
     6b8:       99 27           eor     r25, r25
     6ba:       83 70           andi    r24, 0x03       ; 3
     6bc:       90 70           andi    r25, 0x00       ; 0
     6be:       24 e0           ldi     r18, 0x04       ; 4
     6c0:       88 0f           add     r24, r24
     6c2:       99 1f           adc     r25, r25
     6c4:       2a 95           dec     r18
     6c6:       e1 f7           brne    .-8             ; 0x6c0 <SendOutData+0x84>
     6c8:       55 27           eor     r21, r21
     6ca:       9a 01           movw    r18, r20
     6cc:       94 e0           ldi     r25, 0x04       ; 4
     6ce:       36 95           lsr     r19
     6d0:       27 95           ror     r18
     6d2:       9a 95           dec     r25
     6d4:       e1 f7           brne    .-8             ; 0x6ce <SendOutData+0x92>
     6d6:       82 2b           or      r24, r18
     6d8:       83 5c           subi    r24, 0xC3       ; 195
     6da:       80 83           st      Z, r24
     6dc:       11 96           adiw    r26, 0x01       ; 1
     6de:       fd 01           movw    r30, r26
     6e0:       e2 51           subi    r30, 0x12       ; 18
     6e2:       ff 4f           sbci    r31, 0xFF       ; 255
     6e4:       4f 70           andi    r20, 0x0F       ; 15
     6e6:       50 70           andi    r21, 0x00       ; 0
     6e8:       44 0f           add     r20, r20
     6ea:       55 1f           adc     r21, r21
     6ec:       44 0f           add     r20, r20
     6ee:       55 1f           adc     r21, r21
     6f0:       86 2f           mov     r24, r22
     6f2:       99 27           eor     r25, r25
     6f4:       26 e0           ldi     r18, 0x06       ; 6
     6f6:       96 95           lsr     r25
     6f8:       87 95           ror     r24
     6fa:       2a 95           dec     r18
     6fc:       e1 f7           brne    .-8             ; 0x6f6 <SendOutData+0xba>
     6fe:       84 2b           or      r24, r20
     700:       83 5c           subi    r24, 0xC3       ; 195
     702:       80 83           st      Z, r24
     704:       11 96           adiw    r26, 0x01       ; 1
     706:       fd 01           movw    r30, r26
     708:       e2 51           subi    r30, 0x12       ; 18
     70a:       ff 4f           sbci    r31, 0xFF       ; 255
     70c:       6f 73           andi    r22, 0x3F       ; 63
     70e:       63 5c           subi    r22, 0xC3       ; 195
     710:       60 83           st      Z, r22
     712:       11 96           adiw    r26, 0x01       ; 1
     714:       a5 cf           rjmp    .-182           ; 0x660 <SendOutData+0x24>
  }
 AddCRC(pt);
     716:       cd 01           movw    r24, r26
     718:       0e 94 ef 02     call    0x5de <AddCRC>
     71c:       df 91           pop     r29
     71e:       cf 91           pop     r28
     720:       1f 91           pop     r17
     722:       08 95           ret

00000724 <Decode64>:
}

// --------------------------------------------------------------------------
void Decode64(unsigned char *ptrOut, unsigned char len, unsigned char ptrIn,unsigned char max)  // Wohin mit den Daten; Wie lang; Wo im RxdBuffer
{
     724:       1f 93           push    r17
     726:       cf 93           push    r28
     728:       df 93           push    r29
     72a:       ec 01           movw    r28, r24
 unsigned char a,b,c,d;
 unsigned char ptr = 0;
     72c:       10 e0           ldi     r17, 0x00       ; 0
 unsigned char x,y,z;
 while(len)
  {
   a = RxdBuffer[ptrIn++] - '=';
   b = RxdBuffer[ptrIn++] - '=';
   c = RxdBuffer[ptrIn++] - '=';
   d = RxdBuffer[ptrIn++] - '=';
   if(ptrIn > max - 2) break;     // nicht mehr Daten verarbeiten, als empfangen wurden

   x = (a << 2) | (b >> 4);
   y = ((b & 0x0f) << 4) | (c >> 2);
   z = ((c & 0x03) << 6) | d;

   if(len--) ptrOut[ptr++] = x; else break;
   if(len--) ptrOut[ptr++] = y; else break;
   if(len--) ptrOut[ptr++] = z; else break;
     72e:       66 23           and     r22, r22
     730:       09 f4           brne    .+2             ; 0x734 <Decode64+0x10>
     732:       60 c0           rjmp    .+192           ; 0x7f4 <Decode64+0xd0>
     734:       a2 2f           mov     r26, r18
     736:       bb 27           eor     r27, r27
     738:       12 97           sbiw    r26, 0x02       ; 2
     73a:       e4 2f           mov     r30, r20
     73c:       ff 27           eor     r31, r31
     73e:       ee 5a           subi    r30, 0xAE       ; 174
     740:       fe 4f           sbci    r31, 0xFE       ; 254
     742:       30 81           ld      r19, Z
     744:       3d 53           subi    r19, 0x3D       ; 61
     746:       4f 5f           subi    r20, 0xFF       ; 255
     748:       e4 2f           mov     r30, r20
     74a:       ff 27           eor     r31, r31
     74c:       ee 5a           subi    r30, 0xAE       ; 174
     74e:       fe 4f           sbci    r31, 0xFE       ; 254
     750:       50 81           ld      r21, Z
     752:       5d 53           subi    r21, 0x3D       ; 61
     754:       4f 5f           subi    r20, 0xFF       ; 255
     756:       e4 2f           mov     r30, r20
     758:       ff 27           eor     r31, r31
     75a:       ee 5a           subi    r30, 0xAE       ; 174
     75c:       fe 4f           sbci    r31, 0xFE       ; 254
     75e:       70 81           ld      r23, Z
     760:       7d 53           subi    r23, 0x3D       ; 61
     762:       4f 5f           subi    r20, 0xFF       ; 255
     764:       e4 2f           mov     r30, r20
     766:       ff 27           eor     r31, r31
     768:       ee 5a           subi    r30, 0xAE       ; 174
     76a:       fe 4f           sbci    r31, 0xFE       ; 254
     76c:       e0 81           ld      r30, Z
     76e:       ed 53           subi    r30, 0x3D       ; 61
     770:       4f 5f           subi    r20, 0xFF       ; 255
     772:       84 2f           mov     r24, r20
     774:       99 27           eor     r25, r25
     776:       a8 17           cp      r26, r24
     778:       b9 07           cpc     r27, r25
     77a:       e4 f1           brlt    .+120           ; 0x7f4 <Decode64+0xd0>
     77c:       83 2f           mov     r24, r19
     77e:       99 27           eor     r25, r25
     780:       88 0f           add     r24, r24
     782:       99 1f           adc     r25, r25
     784:       88 0f           add     r24, r24
     786:       99 1f           adc     r25, r25
     788:       35 2f           mov     r19, r21
     78a:       32 95           swap    r19
     78c:       3f 70           andi    r19, 0x0F       ; 15
     78e:       38 2b           or      r19, r24
     790:       85 2f           mov     r24, r21
     792:       99 27           eor     r25, r25
     794:       8f 70           andi    r24, 0x0F       ; 15
     796:       90 70           andi    r25, 0x00       ; 0
     798:       f4 e0           ldi     r31, 0x04       ; 4
     79a:       88 0f           add     r24, r24
     79c:       99 1f           adc     r25, r25
     79e:       fa 95           dec     r31
     7a0:       e1 f7           brne    .-8             ; 0x79a <Decode64+0x76>
     7a2:       57 2f           mov     r21, r23
     7a4:       56 95           lsr     r21
     7a6:       56 95           lsr     r21
     7a8:       58 2b           or      r21, r24
     7aa:       87 2f           mov     r24, r23
     7ac:       99 27           eor     r25, r25
     7ae:       83 70           andi    r24, 0x03       ; 3
     7b0:       90 70           andi    r25, 0x00       ; 0
     7b2:       76 e0           ldi     r23, 0x06       ; 6
     7b4:       88 0f           add     r24, r24
     7b6:       99 1f           adc     r25, r25
     7b8:       7a 95           dec     r23
     7ba:       e1 f7           brne    .-8             ; 0x7b4 <Decode64+0x90>
     7bc:       8e 2b           or      r24, r30
     7be:       61 50           subi    r22, 0x01       ; 1
     7c0:       6f 3f           cpi     r22, 0xFF       ; 255
     7c2:       c1 f0           breq    .+48            ; 0x7f4 <Decode64+0xd0>
     7c4:       fe 01           movw    r30, r28
     7c6:       e1 0f           add     r30, r17
     7c8:       f1 1d           adc     r31, r1
     7ca:       30 83           st      Z, r19
     7cc:       1f 5f           subi    r17, 0xFF       ; 255
     7ce:       61 50           subi    r22, 0x01       ; 1
     7d0:       6f 3f           cpi     r22, 0xFF       ; 255
     7d2:       81 f0           breq    .+32            ; 0x7f4 <Decode64+0xd0>
     7d4:       fe 01           movw    r30, r28
     7d6:       e1 0f           add     r30, r17
     7d8:       f1 1d           adc     r31, r1
     7da:       50 83           st      Z, r21
     7dc:       1f 5f           subi    r17, 0xFF       ; 255
     7de:       61 50           subi    r22, 0x01       ; 1
     7e0:       6f 3f           cpi     r22, 0xFF       ; 255
     7e2:       41 f0           breq    .+16            ; 0x7f4 <Decode64+0xd0>
     7e4:       fe 01           movw    r30, r28
     7e6:       e1 0f           add     r30, r17
     7e8:       f1 1d           adc     r31, r1
     7ea:       80 83           st      Z, r24
     7ec:       1f 5f           subi    r17, 0xFF       ; 255
     7ee:       66 23           and     r22, r22
     7f0:       09 f0           breq    .+2             ; 0x7f4 <Decode64+0xd0>
     7f2:       a3 cf           rjmp    .-186           ; 0x73a <Decode64+0x16>
     7f4:       df 91           pop     r29
     7f6:       cf 91           pop     r28
     7f8:       1f 91           pop     r17
     7fa:       08 95           ret

000007fc <BearbeiteRxDaten>:
  }

}

// --------------------------------------------------------------------------
void BearbeiteRxDaten(void)
{
     7fc:       cf 93           push    r28
     7fe:       df 93           push    r29
     800:       cd b7           in      r28, 0x3d       ; 61
     802:       de b7           in      r29, 0x3e       ; 62
     804:       ad 97           sbiw    r28, 0x2d       ; 45
     806:       0f b6           in      r0, 0x3f        ; 63
     808:       f8 94           cli
     80a:       de bf           out     0x3e, r29       ; 62
     80c:       0f be           out     0x3f, r0        ; 63
     80e:       cd bf           out     0x3d, r28       ; 61
 unsigned int tmp_int_arr1[1];
 unsigned int tmp_int_arr2[2];
 unsigned int tmp_int_arr20[21];
 unsigned char tmp_char_arr3[3];
// unsigned int tmp_int_arr4[4];

 if(!NeuerDatensatzEmpfangen) return;
     810:       80 91 9b 00     lds     r24, 0x009B
     814:       88 23           and     r24, r24
     816:       09 f4           brne    .+2             ; 0x81a <BearbeiteRxDaten+0x1e>
     818:       a7 c0           rjmp    .+334           ; 0x968 <__stack+0x109>
 NeuerDatensatzEmpfangen = 0;
     81a:       10 92 9b 00     sts     0x009B, r1
 if(ErwarteAntwort == RxdBuffer[2]) AntwortEingetroffen = 1;
     81e:       90 91 6d 00     lds     r25, 0x006D
     822:       80 91 54 01     lds     r24, 0x0154
     826:       98 17           cp      r25, r24
     828:       19 f4           brne    .+6             ; 0x830 <BearbeiteRxDaten+0x34>
     82a:       81 e0           ldi     r24, 0x01       ; 1
     82c:       80 93 92 00     sts     0x0092, r24
 switch(RxdBuffer[2])
     830:       80 91 54 01     lds     r24, 0x0154
     834:       99 27           eor     r25, r25
     836:       82 33           cpi     r24, 0x32       ; 50
     838:       91 05           cpc     r25, r1
     83a:       09 f4           brne    .+2             ; 0x83e <BearbeiteRxDaten+0x42>
     83c:       46 c0           rjmp    .+140           ; 0x8ca <__stack+0x6b>
     83e:       83 33           cpi     r24, 0x33       ; 51
     840:       91 05           cpc     r25, r1
     842:       34 f4           brge    .+12            ; 0x850 <BearbeiteRxDaten+0x54>
     844:       80 33           cpi     r24, 0x30       ; 48
     846:       91 05           cpc     r25, r1
     848:       99 f0           breq    .+38            ; 0x870 <__stack+0x11>
     84a:       c1 97           sbiw    r24, 0x31       ; 49
     84c:       49 f1           breq    .+82            ; 0x8a0 <__stack+0x41>
     84e:       8c c0           rjmp    .+280           ; 0x968 <__stack+0x109>
     850:       84 34           cpi     r24, 0x44       ; 68
     852:       91 05           cpc     r25, r1
     854:       09 f4           brne    .+2             ; 0x858 <BearbeiteRxDaten+0x5c>
     856:       6b c0           rjmp    .+214           ; 0x92e <__stack+0xcf>
     858:       85 34           cpi     r24, 0x45       ; 69
     85a:       91 05           cpc     r25, r1
     85c:       24 f4           brge    .+8             ; 0x866 <__stack+0x7>
     85e:       c3 97           sbiw    r24, 0x33       ; 51
     860:       09 f4           brne    .+2             ; 0x864 <__stack+0x5>
     862:       48 c0           rjmp    .+144           ; 0x8f4 <__stack+0x95>
     864:       81 c0           rjmp    .+258           ; 0x968 <__stack+0x109>
     866:       8b 34           cpi     r24, 0x4B       ; 75
     868:       91 05           cpc     r25, r1
     86a:       09 f4           brne    .+2             ; 0x86e <__stack+0xf>
     86c:       6c c0           rjmp    .+216           ; 0x946 <__stack+0xe7>
     86e:       7c c0           rjmp    .+248           ; 0x968 <__stack+0x109>
  {
   case '0':// LCD-Zeile0
            Decode64((unsigned char *) &tmp_int_arr20,sizeof(tmp_int_arr20),3,AnzahlEmpfangsBytes);
     870:       20 91 98 00     lds     r18, 0x0098
     874:       43 e0           ldi     r20, 0x03       ; 3
     876:       6a e2           ldi     r22, 0x2A       ; 42
     878:       ce 01           movw    r24, r28
     87a:       01 96           adiw    r24, 0x01       ; 1
     87c:       0e 94 92 03     call    0x724 <Decode64>
            tmp_int_arr20[20] = 0;
     880:       1a a6           std     Y+42, r1        ; 0x2a
     882:       19 a6           std     Y+41, r1        ; 0x29
                        DisplayBusy = 1; 
     884:       81 e0           ldi     r24, 0x01       ; 1
     886:       80 93 93 00     sts     0x0093, r24
            LCD_printfxy(0,0,"%s",tmp_int_arr20);
     88a:       60 e0           ldi     r22, 0x00       ; 0
     88c:       86 2f           mov     r24, r22
     88e:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
     892:       ce 01           movw    r24, r28
     894:       01 96           adiw    r24, 0x01       ; 1
     896:       9f 93           push    r25
     898:       8f 93           push    r24
     89a:       88 ea           ldi     r24, 0xA8       ; 168
     89c:       90 e0           ldi     r25, 0x00       ; 0
     89e:       3e c0           rjmp    .+124           ; 0x91c <__stack+0xbd>
            break;  
   case '1':// LCD-Zeile1
            Decode64((unsigned char *) &tmp_int_arr20,sizeof(tmp_int_arr20),3,AnzahlEmpfangsBytes);
     8a0:       20 91 98 00     lds     r18, 0x0098
     8a4:       43 e0           ldi     r20, 0x03       ; 3
     8a6:       6a e2           ldi     r22, 0x2A       ; 42
     8a8:       ce 01           movw    r24, r28
     8aa:       01 96           adiw    r24, 0x01       ; 1
     8ac:       0e 94 92 03     call    0x724 <Decode64>
            tmp_int_arr20[20] = 0;
     8b0:       1a a6           std     Y+42, r1        ; 0x2a
     8b2:       19 a6           std     Y+41, r1        ; 0x29
            LCD_printfxy(0,1,"%s",tmp_int_arr20);
     8b4:       61 e0           ldi     r22, 0x01       ; 1
     8b6:       80 e0           ldi     r24, 0x00       ; 0
     8b8:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
     8bc:       ce 01           movw    r24, r28
     8be:       01 96           adiw    r24, 0x01       ; 1
     8c0:       9f 93           push    r25
     8c2:       8f 93           push    r24
     8c4:       8b ea           ldi     r24, 0xAB       ; 171
     8c6:       90 e0           ldi     r25, 0x00       ; 0
     8c8:       29 c0           rjmp    .+82            ; 0x91c <__stack+0xbd>
            break;  
   case '2':// LCD-Zeile2
            Decode64((unsigned char *) &tmp_int_arr20,sizeof(tmp_int_arr20),3,AnzahlEmpfangsBytes);
     8ca:       20 91 98 00     lds     r18, 0x0098
     8ce:       43 e0           ldi     r20, 0x03       ; 3
     8d0:       6a e2           ldi     r22, 0x2A       ; 42
     8d2:       ce 01           movw    r24, r28
     8d4:       01 96           adiw    r24, 0x01       ; 1
     8d6:       0e 94 92 03     call    0x724 <Decode64>
            tmp_int_arr20[20] = 0;
     8da:       1a a6           std     Y+42, r1        ; 0x2a
     8dc:       19 a6           std     Y+41, r1        ; 0x29
            LCD_printfxy(0,2,"%s",tmp_int_arr20);
     8de:       62 e0           ldi     r22, 0x02       ; 2
     8e0:       80 e0           ldi     r24, 0x00       ; 0
     8e2:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
     8e6:       ce 01           movw    r24, r28
     8e8:       01 96           adiw    r24, 0x01       ; 1
     8ea:       9f 93           push    r25
     8ec:       8f 93           push    r24
     8ee:       8e ea           ldi     r24, 0xAE       ; 174
     8f0:       90 e0           ldi     r25, 0x00       ; 0
     8f2:       14 c0           rjmp    .+40            ; 0x91c <__stack+0xbd>
            break;  
   case '3':// LCD-Zeile3
            Decode64((unsigned char *) &tmp_int_arr20,sizeof(tmp_int_arr20),3,AnzahlEmpfangsBytes);
     8f4:       20 91 98 00     lds     r18, 0x0098
     8f8:       43 e0           ldi     r20, 0x03       ; 3
     8fa:       6a e2           ldi     r22, 0x2A       ; 42
     8fc:       ce 01           movw    r24, r28
     8fe:       01 96           adiw    r24, 0x01       ; 1
     900:       0e 94 92 03     call    0x724 <Decode64>
            tmp_int_arr20[20] = 0;
     904:       1a a6           std     Y+42, r1        ; 0x2a
     906:       19 a6           std     Y+41, r1        ; 0x29
            LCD_printfxy(0,3,"%s",tmp_int_arr20);
     908:       63 e0           ldi     r22, 0x03       ; 3
     90a:       80 e0           ldi     r24, 0x00       ; 0
     90c:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
     910:       ce 01           movw    r24, r28
     912:       01 96           adiw    r24, 0x01       ; 1
     914:       9f 93           push    r25
     916:       8f 93           push    r24
     918:       81 eb           ldi     r24, 0xB1       ; 177
     91a:       90 e0           ldi     r25, 0x00       ; 0
     91c:       9f 93           push    r25
     91e:       8f 93           push    r24
     920:       0e 94 e3 06     call    0xdc6 <_printf_P>
            break;  
     924:       0f 90           pop     r0
     926:       0f 90           pop     r0
     928:       0f 90           pop     r0
     92a:       0f 90           pop     r0
     92c:       1d c0           rjmp    .+58            ; 0x968 <__stack+0x109>
   case 'D': // Debug Eingangsdaten               
            Decode64((unsigned char *) &DebugOut,sizeof(DebugOut),3,AnzahlEmpfangsBytes);
     92e:       20 91 98 00     lds     r18, 0x0098
     932:       43 e0           ldi     r20, 0x03       ; 3
     934:       6a e1           ldi     r22, 0x1A       ; 26
     936:       83 ed           ldi     r24, 0xD3       ; 211
     938:       90 e0           ldi     r25, 0x00       ; 0
     93a:       0e 94 92 03     call    0x724 <Decode64>
                        PORTB = DebugOut.Digital[1];
     93e:       80 91 d4 00     lds     r24, 0x00D4
     942:       88 bb           out     0x18, r24       ; 24
                        break;
     944:       11 c0           rjmp    .+34            ; 0x968 <__stack+0x109>
   case 'K': // Debug Eingangsdaten               
            Decode64(tmp_char_arr3,sizeof(tmp_char_arr3),3,AnzahlEmpfangsBytes);
     946:       20 91 98 00     lds     r18, 0x0098
     94a:       43 e0           ldi     r20, 0x03       ; 3
     94c:       64 2f           mov     r22, r20
     94e:       ce 01           movw    r24, r28
     950:       8b 96           adiw    r24, 0x2b       ; 43
     952:       0e 94 92 03     call    0x724 <Decode64>
            TX_DigTransferKanalL =  tmp_char_arr3[0];
     956:       8b a5           ldd     r24, Y+43       ; 0x2b
     958:       80 93 96 00     sts     0x0096, r24
            TX_DigTransferKanalH =  tmp_char_arr3[1];
     95c:       8c a5           ldd     r24, Y+44       ; 0x2c
     95e:       80 93 95 00     sts     0x0095, r24
            TX_DigTransferKanalDaten = tmp_char_arr3[2];
     962:       8d a5           ldd     r24, Y+45       ; 0x2d
     964:       80 93 94 00     sts     0x0094, r24
     968:       ad 96           adiw    r28, 0x2d       ; 45
     96a:       0f b6           in      r0, 0x3f        ; 63
     96c:       f8 94           cli
     96e:       de bf           out     0x3e, r29       ; 62
     970:       0f be           out     0x3f, r0        ; 63
     972:       cd bf           out     0x3d, r28       ; 61
     974:       df 91           pop     r29
     976:       cf 91           pop     r28
     978:       08 95           ret

0000097a <uart_putchar>:
//if(RxdBuffer[1] == 'b') LCD_printfxy(0,0,"b:%4d %2x",(int)TX_DigTransferKanalH * 256 + TX_DigTransferKanalL,TX_DigTransferKanalDaten);
//if(RxdBuffer[1] == 'c') LCD_printfxy(0,1,"c:%4d %2x",(int)TX_DigTransferKanalH * 256 + TX_DigTransferKanalL,TX_DigTransferKanalDaten);
                        break;
/*
 unsigned char Digital[13]; // 0      = Taster, Hauptkarte
                            // 1 + 2  = Debugkanäle
                                // 3      = Digin,  Hauptkarte
                                // 4      = Relais, Hauptkarte
                                                        // 5 + 6  = Extern IO1 (12Bit ein 4 Bit aus)
                                                        // 7 + 8  = Extern IO2 (12Bit ein 4 Bit aus)
                                                        // 9 + 10 = Extern IO3 (12Bit ein 4 Bit aus)
                                                        // 11 + 12= Extern IO4 (12Bit ein 4 Bit aus)
*/

/*   case 'd': // Debug Eingangsdaten             
            Decode64((unsigned char *) &DebugIn,sizeof(DebugIn),3,AnzahlEmpfangsBytes);
                for(unsigned char i=0; i<4;i++)
                         {
              EE_CheckAndWrite(&EE_Buffer[EE_DEBUGWERTE + i*2],     DebugIn.Analog[i]); 
                          EE_CheckAndWrite(&EE_Buffer[EE_DEBUGWERTE + i*2 + 1], DebugIn.Analog[i] >> 8);        
                         }
            break;
   case 'g': // "Get"-Anforderung für Debug-Daten // Bei Get werden die vom PC einstellbaren Werte vom PC zurückgelesen
            DebugGetAnforderung = 1;
            break;
   case 'v': // Version-Anforderung     und Ausbaustufe
            GetVersionAnforderung = 1;
            break;
   case 'u': // Uhr stellen
            Decode64((unsigned char *) &tmp_int_arr2[0],sizeof(tmp_int_arr2),3,AnzahlEmpfangsBytes);
                        ZEITWERT = tmp_int_arr2[0];
                        SEK = tmp_int_arr2[1];
            make_time_variables(ZEITWERT); 
            RTC_SetTime(STD, MIN, SEK);
            RTC_SetWDay(TAG);
            break;
   case 'i': // Intervalle für die Datenübertragung
            Decode64((unsigned char *) &tmp_int_arr2[0],sizeof(tmp_int_arr2),3,AnzahlEmpfangsBytes);
                        Debug_Timer_Intervall =   tmp_int_arr2[0];
                        Debug_Display_Intervall = tmp_int_arr2[1];
                        SendeDummyDaten = 1;
                        break;
   case 's': // single Step     1 = Stop   2 = noch einen Zyklus   3 = noch 2 Zyklen
            Decode64((unsigned char *) &tmp_int_arr1[0],sizeof(tmp_int_arr2),3,AnzahlEmpfangsBytes);
                        SingleStep = tmp_int_arr1[0];
                        break;
*/ 
 }
}

//############################################################################
//Routine für die Serielle Ausgabe
int uart_putchar (char c)
//############################################################################
{
     97a:       cf 93           push    r28
     97c:       c8 2f           mov     r28, r24
        if (c == '\n')
     97e:       8a 30           cpi     r24, 0x0A       ; 10
     980:       19 f4           brne    .+6             ; 0x988 <uart_putchar+0xe>
                uart_putchar('\r');
     982:       8d e0           ldi     r24, 0x0D       ; 13
     984:       0e 94 bd 04     call    0x97a <uart_putchar>
        //Warten solange bis Zeichen gesendet wurde
        loop_until_bit_is_set(USR, UDRE);
     988:       5d 9b           sbis    0x0b, 5 ; 11
     98a:       fe cf           rjmp    .-4             ; 0x988 <uart_putchar+0xe>
        //Ausgabe des Zeichens
        UDR = c;
     98c:       cc b9           out     0x0c, r28       ; 12
        
        return (0);
}
     98e:       80 e0           ldi     r24, 0x00       ; 0
     990:       90 e0           ldi     r25, 0x00       ; 0
     992:       cf 91           pop     r28
     994:       08 95           ret

00000996 <WriteProgramData>:

// --------------------------------------------------------------------------
void WriteProgramData(unsigned int pos, unsigned char wert)
{
     996:       08 95           ret

00000998 <UART_Init>:
  //if (ProgramLocation == IN_RAM) Buffer[pos] = wert;
  // else eeprom_write_byte(&EE_Buffer[pos], wert);
  // Buffer[pos] = wert;
}

//############################################################################
//INstallation der Seriellen Schnittstelle
void UART_Init (void)
//############################################################################
{
        //Enable TXEN im Register UCR TX-Data Enable & RX Enable

        UCR=(1 << TXEN) | (1 << RXEN);
     998:       88 e1           ldi     r24, 0x18       ; 24
     99a:       8a b9           out     0x0a, r24       ; 10
    // UART Double Speed (U2X)
        USR   |= (1<<U2X);           
     99c:       59 9a           sbi     0x0b, 1 ; 11
        // RX-Interrupt Freigabe
        UCSRB |= (1<<RXCIE);           
     99e:       57 9a           sbi     0x0a, 7 ; 10
        // TX-Interrupt Freigabe
        UCSRB |= (1<<TXCIE);           
     9a0:       56 9a           sbi     0x0a, 6 ; 10

        //Teiler wird gesetzt 
        UBRR=(SYSCLK / (BAUD_RATE * 8L) - 1);
     9a2:       81 e2           ldi     r24, 0x21       ; 33
     9a4:       89 b9           out     0x09, r24       ; 9
        //UBRR = 33;
        //öffnet einen Kanal für printf (STDOUT)
        fdevopen (uart_putchar, NULL);
     9a6:       60 e0           ldi     r22, 0x00       ; 0
     9a8:       70 e0           ldi     r23, 0x00       ; 0
     9aa:       8d eb           ldi     r24, 0xBD       ; 189
     9ac:       94 e0           ldi     r25, 0x04       ; 4
     9ae:       0e 94 71 0c     call    0x18e2 <fdevopen>
     9b2:       08 95           ret

000009b4 <SendeRemoteTasten>:
        //sbi(PORTD,4);
}

/*
struct str_DebugIn
{
 unsigned char Digital[2];
 unsigned char RemoteTasten;
 unsigned int Analog[4];
}; 
*/
void SendeRemoteTasten(unsigned char keys)
{
     9b4:       98 2f           mov     r25, r24
 while(!UebertragungAbgeschlossen);  // evtl warten
     9b6:       80 91 6e 00     lds     r24, 0x006E
     9ba:       88 23           and     r24, r24
     9bc:       e1 f3           breq    .-8             ; 0x9b6 <SendeRemoteTasten+0x2>
 DebugIn.RemoteTasten = keys;
     9be:       90 93 c0 00     sts     0x00C0, r25
 DebugIn.Analog[0] = AnalogWerte[0];
     9c2:       80 91 ca 01     lds     r24, 0x01CA
     9c6:       90 91 cb 01     lds     r25, 0x01CB
     9ca:       90 93 c2 00     sts     0x00C2, r25
     9ce:       80 93 c1 00     sts     0x00C1, r24
 DebugIn.Analog[1] = AnalogWerte[1];
     9d2:       80 91 cc 01     lds     r24, 0x01CC
     9d6:       90 91 cd 01     lds     r25, 0x01CD
     9da:       90 93 c4 00     sts     0x00C4, r25
     9de:       80 93 c3 00     sts     0x00C3, r24
 DebugIn.Analog[2] = AnalogWerte[2];
     9e2:       80 91 ce 01     lds     r24, 0x01CE
     9e6:       90 91 cf 01     lds     r25, 0x01CF
     9ea:       90 93 c6 00     sts     0x00C6, r25
     9ee:       80 93 c5 00     sts     0x00C5, r24
 DebugIn.Analog[3] = IR_Code;
     9f2:       80 91 c7 01     lds     r24, 0x01C7
     9f6:       90 91 c8 01     lds     r25, 0x01C8
     9fa:       90 93 c8 00     sts     0x00C8, r25
     9fe:       80 93 c7 00     sts     0x00C7, r24
 SendOutData('d',SlaveAdresse,(unsigned char *) &DebugIn,sizeof(DebugIn));
     a02:       2b e0           ldi     r18, 0x0B       ; 11
     a04:       4e eb           ldi     r20, 0xBE       ; 190
     a06:       50 e0           ldi     r21, 0x00       ; 0
     a08:       60 91 64 00     lds     r22, 0x0064
     a0c:       84 e6           ldi     r24, 0x64       ; 100
     a0e:       0e 94 1e 03     call    0x63c <SendOutData>
     a12:       08 95           ret

00000a14 <SendIntervalle>:
}

void SendIntervalle(unsigned int debug, unsigned int disp)
{
     a14:       cf 93           push    r28
     a16:       df 93           push    r29
     a18:       cd b7           in      r28, 0x3d       ; 61
     a1a:       de b7           in      r29, 0x3e       ; 62
     a1c:       24 97           sbiw    r28, 0x04       ; 4
     a1e:       0f b6           in      r0, 0x3f        ; 63
     a20:       f8 94           cli
     a22:       de bf           out     0x3e, r29       ; 62
     a24:       0f be           out     0x3f, r0        ; 63
     a26:       cd bf           out     0x3d, r28       ; 61
 unsigned int tmp_int_arr2[2];
 tmp_int_arr2[0] = debug;
     a28:       9a 83           std     Y+2, r25        ; 0x02
     a2a:       89 83           std     Y+1, r24        ; 0x01
 tmp_int_arr2[1] = disp;
     a2c:       7c 83           std     Y+4, r23        ; 0x04
     a2e:       6b 83           std     Y+3, r22        ; 0x03
 while(!UebertragungAbgeschlossen);  // evtl warten
     a30:       80 91 6e 00     lds     r24, 0x006E
     a34:       88 23           and     r24, r24
     a36:       e1 f3           breq    .-8             ; 0xa30 <SendIntervalle+0x1c>
 SendOutData('i',SlaveAdresse,(unsigned char *) &tmp_int_arr2,sizeof(tmp_int_arr2));
     a38:       24 e0           ldi     r18, 0x04       ; 4
     a3a:       ae 01           movw    r20, r28
     a3c:       4f 5f           subi    r20, 0xFF       ; 255
     a3e:       5f 4f           sbci    r21, 0xFF       ; 255
     a40:       60 91 64 00     lds     r22, 0x0064
     a44:       89 e6           ldi     r24, 0x69       ; 105
     a46:       0e 94 1e 03     call    0x63c <SendOutData>
     a4a:       24 96           adiw    r28, 0x04       ; 4
     a4c:       0f b6           in      r0, 0x3f        ; 63
     a4e:       f8 94           cli
     a50:       de bf           out     0x3e, r29       ; 62
     a52:       0f be           out     0x3f, r0        ; 63
     a54:       cd bf           out     0x3d, r28       ; 61
     a56:       df 91           pop     r29
     a58:       cf 91           pop     r28
     a5a:       08 95           ret

00000a5c <ClearIntervalle>:
}

void ClearIntervalle(void)
{
     a5c:       cf 93           push    r28
     a5e:       df 93           push    r29
     a60:       cd b7           in      r28, 0x3d       ; 61
     a62:       de b7           in      r29, 0x3e       ; 62
     a64:       24 97           sbiw    r28, 0x04       ; 4
     a66:       0f b6           in      r0, 0x3f        ; 63
     a68:       f8 94           cli
     a6a:       de bf           out     0x3e, r29       ; 62
     a6c:       0f be           out     0x3f, r0        ; 63
     a6e:       cd bf           out     0x3d, r28       ; 61
 unsigned int tmp_int_arr2[2];
 tmp_int_arr2[0] = 0;
     a70:       1a 82           std     Y+2, r1 ; 0x02
     a72:       19 82           std     Y+1, r1 ; 0x01
 tmp_int_arr2[1] = 0;
     a74:       1c 82           std     Y+4, r1 ; 0x04
     a76:       1b 82           std     Y+3, r1 ; 0x03
 while(!UebertragungAbgeschlossen);  // evtl warten
     a78:       80 91 6e 00     lds     r24, 0x006E
     a7c:       88 23           and     r24, r24
     a7e:       e1 f3           breq    .-8             ; 0xa78 <ClearIntervalle+0x1c>
 SendOutData('i',0,(unsigned char *) &tmp_int_arr2,sizeof(tmp_int_arr2)); // 0= an alle
     a80:       24 e0           ldi     r18, 0x04       ; 4
     a82:       ae 01           movw    r20, r28
     a84:       4f 5f           subi    r20, 0xFF       ; 255
     a86:       5f 4f           sbci    r21, 0xFF       ; 255
     a88:       60 e0           ldi     r22, 0x00       ; 0
     a8a:       89 e6           ldi     r24, 0x69       ; 105
     a8c:       0e 94 1e 03     call    0x63c <SendOutData>
     a90:       24 96           adiw    r28, 0x04       ; 4
     a92:       0f b6           in      r0, 0x3f        ; 63
     a94:       f8 94           cli
     a96:       de bf           out     0x3e, r29       ; 62
     a98:       0f be           out     0x3f, r0        ; 63
     a9a:       cd bf           out     0x3d, r28       ; 61
     a9c:       df 91           pop     r29
     a9e:       cf 91           pop     r28
     aa0:       08 95           ret

00000aa2 <DatenUebertragung>:
}

void DatenUebertragung(unsigned char key) 
{
     aa2:       cf 93           push    r28
     aa4:       df 93           push    r29
     aa6:       cd b7           in      r28, 0x3d       ; 61
     aa8:       de b7           in      r29, 0x3e       ; 62
     aaa:       25 97           sbiw    r28, 0x05       ; 5
     aac:       0f b6           in      r0, 0x3f        ; 63
     aae:       f8 94           cli
     ab0:       de bf           out     0x3e, r29       ; 62
     ab2:       0f be           out     0x3f, r0        ; 63
     ab4:       cd bf           out     0x3d, r28       ; 61
     ab6:       98 2f           mov     r25, r24
 static unsigned char state = 1;
 unsigned char temp_1[1];
 unsigned char temp_2[2];
 unsigned char temp_3[3];
 unsigned int tmp_int_arr2[2];
 while(!UebertragungAbgeschlossen);  // evtl warten
     ab8:       80 91 6e 00     lds     r24, 0x006E
     abc:       88 23           and     r24, r24
     abe:       e1 f3           breq    .-8             ; 0xab8 <DatenUebertragung+0x16>
 static unsigned char KanalSlave = 1;

 if(PollDisplay) 
     ac0:       80 91 ed 00     lds     r24, 0x00ED
     ac4:       88 23           and     r24, r24
     ac6:       e1 f0           breq    .+56            ; 0xb00 <DatenUebertragung+0x5e>
  {
   temp_2[0] = key; 
     ac8:       9c 83           std     Y+4, r25        ; 0x04
   temp_2[1] = 6;
     aca:       86 e0           ldi     r24, 0x06       ; 6
     acc:       8d 83           std     Y+5, r24        ; 0x05
   if(DisplayZeilen == 4) temp_2[1] = 4 + 9;   // anzahl Zeilen --> + 8 bedeutet: ersten Pollingzyklus freilassen
     ace:       80 91 65 00     lds     r24, 0x0065
     ad2:       84 30           cpi     r24, 0x04       ; 4
     ad4:       11 f4           brne    .+4             ; 0xada <DatenUebertragung+0x38>
     ad6:       8d e0           ldi     r24, 0x0D       ; 13
     ad8:       01 c0           rjmp    .+2             ; 0xadc <DatenUebertragung+0x3a>
   else                   temp_2[1] = 2 + 9;
     ada:       8b e0           ldi     r24, 0x0B       ; 11
     adc:       8d 83           std     Y+5, r24        ; 0x05
   SendOutData('h',SlaveAdresse,(unsigned char *) &temp_2,sizeof(temp_2));
     ade:       22 e0           ldi     r18, 0x02       ; 2
     ae0:       ae 01           movw    r20, r28
     ae2:       4c 5f           subi    r20, 0xFC       ; 252
     ae4:       5f 4f           sbci    r21, 0xFF       ; 255
     ae6:       60 91 64 00     lds     r22, 0x0064
     aea:       88 e6           ldi     r24, 0x68       ; 104
     aec:       0e 94 1e 03     call    0x63c <SendOutData>
   ErwarteAntwort = '0';
     af0:       80 e3           ldi     r24, 0x30       ; 48
     af2:       80 93 6d 00     sts     0x006D, r24
   DisplayBusy = 90;
     af6:       8a e5           ldi     r24, 0x5A       ; 90
     af8:       80 93 93 00     sts     0x0093, r24
   PollDisplay = 0;
     afc:       10 92 ed 00     sts     0x00ED, r1
  }

 if(!DisplayBusy)
     b00:       60 91 93 00     lds     r22, 0x0093
     b04:       66 23           and     r22, r22
     b06:       e1 f5           brne    .+120           ; 0xb80 <DatenUebertragung+0xde>
 switch(state)
     b08:       80 91 6f 00     lds     r24, 0x006F
     b0c:       99 27           eor     r25, r25
     b0e:       81 30           cpi     r24, 0x01       ; 1
     b10:       91 05           cpc     r25, r1
     b12:       19 f0           breq    .+6             ; 0xb1a <DatenUebertragung+0x78>
     b14:       02 97           sbiw    r24, 0x02       ; 2
     b16:       e9 f0           breq    .+58            ; 0xb52 <DatenUebertragung+0xb0>
     b18:       30 c0           rjmp    .+96            ; 0xb7a <DatenUebertragung+0xd8>
  {
   case 1:// Display 
          SendOutData('k',KanalSlave,(unsigned char *) &temp_3,sizeof(temp_3));
     b1a:       23 e0           ldi     r18, 0x03       ; 3
     b1c:       ae 01           movw    r20, r28
     b1e:       4f 5f           subi    r20, 0xFF       ; 255
     b20:       5f 4f           sbci    r21, 0xFF       ; 255
     b22:       60 91 70 00     lds     r22, 0x0070
     b26:       8b e6           ldi     r24, 0x6B       ; 107
     b28:       0e 94 1e 03     call    0x63c <SendOutData>
                  ErwarteAntwort = 'K';
     b2c:       8b e4           ldi     r24, 0x4B       ; 75
     b2e:       80 93 6d 00     sts     0x006D, r24
                  if(++KanalSlave > AnzahlTeilnehmer) KanalSlave = 1;
     b32:       80 91 70 00     lds     r24, 0x0070
     b36:       8f 5f           subi    r24, 0xFF       ; 255
     b38:       80 93 70 00     sts     0x0070, r24
     b3c:       90 91 6c 00     lds     r25, 0x006C
     b40:       98 17           cp      r25, r24
     b42:       18 f4           brcc    .+6             ; 0xb4a <DatenUebertragung+0xa8>
     b44:       81 e0           ldi     r24, 0x01       ; 1
     b46:       80 93 70 00     sts     0x0070, r24
          state++;
     b4a:       80 91 6f 00     lds     r24, 0x006F
     b4e:       8f 5f           subi    r24, 0xFF       ; 255
     b50:       15 c0           rjmp    .+42            ; 0xb7c <DatenUebertragung+0xda>
                  break;
   case 2:
          temp_3[0] = TX_DigTransferKanalL; 
     b52:       80 91 96 00     lds     r24, 0x0096
     b56:       89 83           std     Y+1, r24        ; 0x01
          temp_3[1] = TX_DigTransferKanalH;
     b58:       80 91 95 00     lds     r24, 0x0095
     b5c:       8a 83           std     Y+2, r24        ; 0x02
                  temp_3[2] = TX_DigTransferKanalDaten;
     b5e:       80 91 94 00     lds     r24, 0x0094
     b62:       8b 83           std     Y+3, r24        ; 0x03
          SendOutData('l',0,(unsigned char *) &temp_3,sizeof(temp_3));
     b64:       23 e0           ldi     r18, 0x03       ; 3
     b66:       ae 01           movw    r20, r28
     b68:       4f 5f           subi    r20, 0xFF       ; 255
     b6a:       5f 4f           sbci    r21, 0xFF       ; 255
     b6c:       8c e6           ldi     r24, 0x6C       ; 108
     b6e:       0e 94 1e 03     call    0x63c <SendOutData>
                  AntwortEingetroffen = 1; // erwarte keine Antwort
     b72:       81 e0           ldi     r24, 0x01       ; 1
     b74:       80 93 92 00     sts     0x0092, r24
     b78:       01 c0           rjmp    .+2             ; 0xb7c <DatenUebertragung+0xda>
          state = 1;
                  break;

   default: state = 1;
     b7a:       81 e0           ldi     r24, 0x01       ; 1
     b7c:       80 93 6f 00     sts     0x006F, r24
     b80:       25 96           adiw    r28, 0x05       ; 5
     b82:       0f b6           in      r0, 0x3f        ; 63
     b84:       f8 94           cli
     b86:       de bf           out     0x3e, r29       ; 62
     b88:       0f be           out     0x3f, r0        ; 63
     b8a:       cd bf           out     0x3d, r28       ; 61
     b8c:       df 91           pop     r29
     b8e:       cf 91           pop     r28
     b90:       08 95           ret

00000b92 <_long_delay>:
#include "main.h"

void _long_delay(void)
{
long t = 5000;
     b92:       88 e8           ldi     r24, 0x88       ; 136
     b94:       93 e1           ldi     r25, 0x13       ; 19
     b96:       a0 e0           ldi     r26, 0x00       ; 0
     b98:       b0 e0           ldi     r27, 0x00       ; 0
while (t--);
     b9a:       03 97           sbiw    r24, 0x03       ; 3
     b9c:       a1 09           sbc     r26, r1
     b9e:       b1 09           sbc     r27, r1
     ba0:       8f 3f           cpi     r24, 0xFF       ; 255
     ba2:       2f ef           ldi     r18, 0xFF       ; 255
     ba4:       92 07           cpc     r25, r18
     ba6:       2f ef           ldi     r18, 0xFF       ; 255
     ba8:       a2 07           cpc     r26, r18
     baa:       2f ef           ldi     r18, 0xFF       ; 255
     bac:       b2 07           cpc     r27, r18
     bae:       a9 f7           brne    .-22            ; 0xb9a <_long_delay+0x8>
     bb0:       08 95           ret

00000bb2 <_short_delay>:
}

void _short_delay(void)
{
int t = 500;
     bb2:       84 ef           ldi     r24, 0xF4       ; 244
     bb4:       91 e0           ldi     r25, 0x01       ; 1
while (t--);
     bb6:       03 97           sbiw    r24, 0x03       ; 3
     bb8:       2f ef           ldi     r18, 0xFF       ; 255
     bba:       8f 3f           cpi     r24, 0xFF       ; 255
     bbc:       92 07           cpc     r25, r18
     bbe:       d9 f7           brne    .-10            ; 0xbb6 <_short_delay+0x4>
     bc0:       08 95           ret

00000bc2 <_lcd_write_command>:
}


void _lcd_write_command(unsigned char data)
{
     bc2:       28 2f           mov     r18, r24
  LCD_PORT_w = (data & 0xf0) | DISPLAY_EN;
     bc4:       80 7f           andi    r24, 0xF0       ; 240
     bc6:       98 2f           mov     r25, r24
     bc8:       94 60           ori     r25, 0x04       ; 4
     bca:       95 bb           out     0x15, r25       ; 21
  LCD_PORT_w = (data & 0xf0) | DISPLAY_EN;
     bcc:       95 bb           out     0x15, r25       ; 21
  LCD_PORT_w = (data & 0xf0);
     bce:       85 bb           out     0x15, r24       ; 21
  LCD_PORT_w = (data & 0xf0);
     bd0:       85 bb           out     0x15, r24       ; 21
  LCD_PORT_w = (data << 4) | DISPLAY_EN;
     bd2:       82 2f           mov     r24, r18
     bd4:       99 27           eor     r25, r25
     bd6:       34 e0           ldi     r19, 0x04       ; 4
     bd8:       88 0f           add     r24, r24
     bda:       99 1f           adc     r25, r25
     bdc:       3a 95           dec     r19
     bde:       e1 f7           brne    .-8             ; 0xbd8 <_lcd_write_command+0x16>
     be0:       84 60           ori     r24, 0x04       ; 4
     be2:       85 bb           out     0x15, r24       ; 21
  LCD_PORT_w = (data << 4) | DISPLAY_EN;
     be4:       85 bb           out     0x15, r24       ; 21
  LCD_PORT_w = (data << 4);
     be6:       22 95           swap    r18
     be8:       20 7f           andi    r18, 0xF0       ; 240
     bea:       25 bb           out     0x15, r18       ; 21
     bec:       08 95           ret

00000bee <_lcd_write_4bit>:
}

void _lcd_write_4bit(unsigned char data)
{
  LCD_PORT_w = (data << 4) | DISPLAY_EN;
     bee:       28 2f           mov     r18, r24
     bf0:       33 27           eor     r19, r19
     bf2:       44 e0           ldi     r20, 0x04       ; 4
     bf4:       22 0f           add     r18, r18
     bf6:       33 1f           adc     r19, r19
     bf8:       4a 95           dec     r20
     bfa:       e1 f7           brne    .-8             ; 0xbf4 <_lcd_write_4bit+0x6>
     bfc:       92 2f           mov     r25, r18
     bfe:       94 60           ori     r25, 0x04       ; 4
     c00:       95 bb           out     0x15, r25       ; 21
  LCD_PORT_w = (data << 4) | DISPLAY_EN;
     c02:       95 bb           out     0x15, r25       ; 21
  LCD_PORT_w = (data << 4);
     c04:       82 95           swap    r24
     c06:       80 7f           andi    r24, 0xF0       ; 240
     c08:       85 bb           out     0x15, r24       ; 21
     c0a:       08 95           ret

00000c0c <lcd_write_byte>:
}

void lcd_write_byte(unsigned char data)
{
     c0c:       28 2f           mov     r18, r24
  LCD_PORT_w = (data & 0xf0) | DISPLAY_EN | DISPLAY_RS;
     c0e:       80 7f           andi    r24, 0xF0       ; 240
     c10:       98 2f           mov     r25, r24
     c12:       95 60           ori     r25, 0x05       ; 5
     c14:       95 bb           out     0x15, r25       ; 21
  LCD_PORT_w = (data & 0xf0) | DISPLAY_RS;
     c16:       81 60           ori     r24, 0x01       ; 1
     c18:       85 bb           out     0x15, r24       ; 21
  LCD_PORT_w = (data << 4)   | DISPLAY_EN | DISPLAY_RS;
     c1a:       82 2f           mov     r24, r18
     c1c:       99 27           eor     r25, r25
     c1e:       54 e0           ldi     r21, 0x04       ; 4
     c20:       88 0f           add     r24, r24
     c22:       99 1f           adc     r25, r25
     c24:       5a 95           dec     r21
     c26:       e1 f7           brne    .-8             ; 0xc20 <lcd_write_byte+0x14>
     c28:       28 2f           mov     r18, r24
     c2a:       25 60           ori     r18, 0x05       ; 5
     c2c:       25 bb           out     0x15, r18       ; 21
  LCD_PORT_w = (data << 4)   | DISPLAY_RS;
     c2e:       81 60           ori     r24, 0x01       ; 1
     c30:       85 bb           out     0x15, r24       ; 21
     c32:       08 95           ret

00000c34 <my_pput>:
}


int my_pput(int zeichen)
{
 lcd_write_byte((char) zeichen);
     c34:       0e 94 06 06     call    0xc0c <lcd_write_byte>
 return(1);
}
     c38:       81 e0           ldi     r24, 0x01       ; 1
     c3a:       90 e0           ldi     r25, 0x00       ; 0
     c3c:       08 95           ret

00000c3e <LCD_Init>:

// initialize the LCD controller
void LCD_Init(void)
{
LCD_PORT_DDR = 0xff;//0xf0 | DISPLAY_RS | DISPLAY_EN;
     c3e:       8f ef           ldi     r24, 0xFF       ; 255
     c40:       84 bb           out     0x14, r24       ; 20
_long_delay();
     c42:       0e 94 c9 05     call    0xb92 <_long_delay>
_long_delay();
     c46:       0e 94 c9 05     call    0xb92 <_long_delay>
_long_delay();
     c4a:       0e 94 c9 05     call    0xb92 <_long_delay>
_lcd_write_4bit(0x03);     // noch 8 Bit
     c4e:       83 e0           ldi     r24, 0x03       ; 3
     c50:       0e 94 f7 05     call    0xbee <_lcd_write_4bit>
_long_delay();
     c54:       0e 94 c9 05     call    0xb92 <_long_delay>
_lcd_write_4bit(0x03);     // noch 8 Bit
     c58:       83 e0           ldi     r24, 0x03       ; 3
     c5a:       0e 94 f7 05     call    0xbee <_lcd_write_4bit>
_long_delay();
     c5e:       0e 94 c9 05     call    0xb92 <_long_delay>
_lcd_write_4bit(0x03);     // noch 8 Bit
     c62:       83 e0           ldi     r24, 0x03       ; 3
     c64:       0e 94 f7 05     call    0xbee <_lcd_write_4bit>
_long_delay();
     c68:       0e 94 c9 05     call    0xb92 <_long_delay>
_lcd_write_4bit(0x02);     // jetzt 4 Bit
     c6c:       82 e0           ldi     r24, 0x02       ; 2
     c6e:       0e 94 f7 05     call    0xbee <_lcd_write_4bit>
_long_delay();
     c72:       0e 94 c9 05     call    0xb92 <_long_delay>
_lcd_write_command(0x28);     // 4 Bit Zweizeilig
     c76:       88 e2           ldi     r24, 0x28       ; 40
     c78:       0e 94 e1 05     call    0xbc2 <_lcd_write_command>
_long_delay();
     c7c:       0e 94 c9 05     call    0xb92 <_long_delay>
_lcd_write_command(0x08);     // Display aus
     c80:       88 e0           ldi     r24, 0x08       ; 8
     c82:       0e 94 e1 05     call    0xbc2 <_lcd_write_command>
_long_delay();
     c86:       0e 94 c9 05     call    0xb92 <_long_delay>
_lcd_write_command(0x01);     // Clear
     c8a:       81 e0           ldi     r24, 0x01       ; 1
     c8c:       0e 94 e1 05     call    0xbc2 <_lcd_write_command>
_long_delay();
     c90:       0e 94 c9 05     call    0xb92 <_long_delay>
_lcd_write_command(0x06);     //Entry mode
     c94:       86 e0           ldi     r24, 0x06       ; 6
     c96:       0e 94 e1 05     call    0xbc2 <_lcd_write_command>
_long_delay();
     c9a:       0e 94 c9 05     call    0xb92 <_long_delay>
_lcd_write_command(0x08 + 4); // Display an
     c9e:       8c e0           ldi     r24, 0x0C       ; 12
     ca0:       0e 94 e1 05     call    0xbc2 <_lcd_write_command>
_long_delay();
     ca4:       0e 94 c9 05     call    0xb92 <_long_delay>
     ca8:       08 95           ret

00000caa <LCD_Gotoxy>:
}


void LCD_Gotoxy(unsigned char x , unsigned char y)
 {
     caa:       1f 93           push    r17
     cac:       cf 93           push    r28
     cae:       c8 2f           mov     r28, r24
     cb0:       16 2f           mov     r17, r22
  _short_delay();
     cb2:       0e 94 d9 05     call    0xbb2 <_short_delay>
  switch(y)
     cb6:       81 2f           mov     r24, r17
     cb8:       99 27           eor     r25, r25
     cba:       81 30           cpi     r24, 0x01       ; 1
     cbc:       91 05           cpc     r25, r1
     cbe:       79 f0           breq    .+30            ; 0xcde <LCD_Gotoxy+0x34>
     cc0:       82 30           cpi     r24, 0x02       ; 2
     cc2:       91 05           cpc     r25, r1
     cc4:       1c f4           brge    .+6             ; 0xccc <LCD_Gotoxy+0x22>
     cc6:       89 2b           or      r24, r25
     cc8:       39 f0           breq    .+14            ; 0xcd8 <LCD_Gotoxy+0x2e>
     cca:       13 c0           rjmp    .+38            ; 0xcf2 <LCD_Gotoxy+0x48>
     ccc:       82 30           cpi     r24, 0x02       ; 2
     cce:       91 05           cpc     r25, r1
     cd0:       49 f0           breq    .+18            ; 0xce4 <LCD_Gotoxy+0x3a>
     cd2:       03 97           sbiw    r24, 0x03       ; 3
     cd4:       51 f0           breq    .+20            ; 0xcea <LCD_Gotoxy+0x40>
     cd6:       0d c0           rjmp    .+26            ; 0xcf2 <LCD_Gotoxy+0x48>
  { case 0 : _lcd_write_command(x + 0x80); break;
     cd8:       8c 2f           mov     r24, r28
     cda:       80 58           subi    r24, 0x80       ; 128
     cdc:       08 c0           rjmp    .+16            ; 0xcee <LCD_Gotoxy+0x44>
    case 1 : _lcd_write_command(x + 0xC0); break;
     cde:       8c 2f           mov     r24, r28
     ce0:       80 54           subi    r24, 0x40       ; 64
     ce2:       05 c0           rjmp    .+10            ; 0xcee <LCD_Gotoxy+0x44>
    case 2 : _lcd_write_command(x + (0x80 + 20)); break;
     ce4:       8c 2f           mov     r24, r28
     ce6:       8c 56           subi    r24, 0x6C       ; 108
     ce8:       02 c0           rjmp    .+4             ; 0xcee <LCD_Gotoxy+0x44>
    case 3 : _lcd_write_command(x + (0xC0 + 20)); break;
     cea:       8c 2f           mov     r24, r28
     cec:       8c 52           subi    r24, 0x2C       ; 44
     cee:       0e 94 e1 05     call    0xbc2 <_lcd_write_command>
     cf2:       cf 91           pop     r28
     cf4:       1f 91           pop     r17
     cf6:       08 95           ret

00000cf8 <LCD_Write>:
  }
 }


void LCD_Write(unsigned char *this_text)
{
     cf8:       1f 93           push    r17
     cfa:       cf 93           push    r28
     cfc:       df 93           push    r29
     cfe:       ec 01           movw    r28, r24
 unsigned char i = 0;
     d00:       10 e0           ldi     r17, 0x00       ; 0
 while(this_text[i] != 0) 
  {
   lcd_write_byte(this_text[i++]);
   _long_delay();
     d02:       88 81           ld      r24, Y
     d04:       88 23           and     r24, r24
     d06:       79 f0           breq    .+30            ; 0xd26 <LCD_Write+0x2e>
     d08:       fe 01           movw    r30, r28
     d0a:       e1 0f           add     r30, r17
     d0c:       f1 1d           adc     r31, r1
     d0e:       1f 5f           subi    r17, 0xFF       ; 255
     d10:       80 81           ld      r24, Z
     d12:       0e 94 06 06     call    0xc0c <lcd_write_byte>
     d16:       0e 94 c9 05     call    0xb92 <_long_delay>
     d1a:       fe 01           movw    r30, r28
     d1c:       e1 0f           add     r30, r17
     d1e:       f1 1d           adc     r31, r1
     d20:       80 81           ld      r24, Z
     d22:       88 23           and     r24, r24
     d24:       89 f7           brne    .-30            ; 0xd08 <LCD_Write+0x10>
     d26:       df 91           pop     r29
     d28:       cf 91           pop     r28
     d2a:       1f 91           pop     r17
     d2c:       08 95           ret

00000d2e <LCD_Putchar>:
  }
}


char LCD_Putchar(char zeichen)
{
     d2e:       1f 93           push    r17
     d30:       18 2f           mov     r17, r24
_short_delay();
     d32:       0e 94 d9 05     call    0xbb2 <_short_delay>
 lcd_write_byte((char) zeichen);
     d36:       81 2f           mov     r24, r17
     d38:       0e 94 06 06     call    0xc0c <lcd_write_byte>
 return(1);
}
     d3c:       81 e0           ldi     r24, 0x01       ; 1
     d3e:       90 e0           ldi     r25, 0x00       ; 0
     d40:       1f 91           pop     r17
     d42:       08 95           ret

00000d44 <PRINT>:
#include "old_macros.h"

//#define LIGHTPRINTF

void PRINT(const char * ptr, unsigned int len) {
     d44:       0f 93           push    r16
     d46:       1f 93           push    r17
     d48:       cf 93           push    r28
     d4a:       df 93           push    r29
     d4c:       8c 01           movw    r16, r24
     d4e:       eb 01           movw    r28, r22
        for(;len;len--) 
     d50:       67 2b           or      r22, r23
     d52:       39 f0           breq    .+14            ; 0xd62 <PRINT+0x1e>
                LCD_Putchar(*ptr++);
     d54:       f8 01           movw    r30, r16
     d56:       81 91           ld      r24, Z+
     d58:       8f 01           movw    r16, r30
     d5a:       0e 94 97 06     call    0xd2e <LCD_Putchar>
     d5e:       21 97           sbiw    r28, 0x01       ; 1
     d60:       c9 f7           brne    .-14            ; 0xd54 <PRINT+0x10>
     d62:       df 91           pop     r29
     d64:       cf 91           pop     r28
     d66:       1f 91           pop     r17
     d68:       0f 91           pop     r16
     d6a:       08 95           ret

00000d6c <PRINTP>:
}
  
void PRINTP(const char * ptr, unsigned int len) {
     d6c:       0f 93           push    r16
     d6e:       1f 93           push    r17
     d70:       cf 93           push    r28
     d72:       df 93           push    r29
     d74:       8c 01           movw    r16, r24
     d76:       eb 01           movw    r28, r22
        for(;len;len--) 
     d78:       67 2b           or      r22, r23
     d7a:       41 f0           breq    .+16            ; 0xd8c <PRINTP+0x20>
//              LCD_Putchar(PRG_RDB(ptr++));
                LCD_Putchar(pgm_read_byte(ptr++));
     d7c:       f8 01           movw    r30, r16
     d7e:       0f 5f           subi    r16, 0xFF       ; 255
     d80:       1f 4f           sbci    r17, 0xFF       ; 255
     d82:       84 91           lpm     r24, Z
     d84:       0e 94 97 06     call    0xd2e <LCD_Putchar>
     d88:       21 97           sbiw    r28, 0x01       ; 1
     d8a:       c1 f7           brne    .-16            ; 0xd7c <PRINTP+0x10>
     d8c:       df 91           pop     r29
     d8e:       cf 91           pop     r28
     d90:       1f 91           pop     r17
     d92:       0f 91           pop     r16
     d94:       08 95           ret

00000d96 <PAD_SP>:
}

void PAD_SP(signed char howmany) {
     d96:       cf 93           push    r28
     d98:       c8 2f           mov     r28, r24
        for(;howmany>0;howmany--)
     d9a:       18 16           cp      r1, r24
     d9c:       34 f4           brge    .+12            ; 0xdaa <PAD_SP+0x14>
                LCD_Putchar(' ');
     d9e:       80 e2           ldi     r24, 0x20       ; 32
     da0:       0e 94 97 06     call    0xd2e <LCD_Putchar>
     da4:       c1 50           subi    r28, 0x01       ; 1
     da6:       1c 16           cp      r1, r28
     da8:       d4 f3           brlt    .-12            ; 0xd9e <PAD_SP+0x8>
     daa:       cf 91           pop     r28
     dac:       08 95           ret

00000dae <PAD_0>:
}

void PAD_0(signed char howmany) {
     dae:       cf 93           push    r28
     db0:       c8 2f           mov     r28, r24
        for(;howmany>0;howmany--)
     db2:       18 16           cp      r1, r24
     db4:       34 f4           brge    .+12            ; 0xdc2 <PAD_0+0x14>
                LCD_Putchar('0');
     db6:       80 e3           ldi     r24, 0x30       ; 48
     db8:       0e 94 97 06     call    0xd2e <LCD_Putchar>
     dbc:       c1 50           subi    r28, 0x01       ; 1
     dbe:       1c 16           cp      r1, r28
     dc0:       d4 f3           brlt    .-12            ; 0xdb6 <PAD_0+0x8>
     dc2:       cf 91           pop     r28
     dc4:       08 95           ret

00000dc6 <_printf_P>:
}

#define BUF             40

/*
 * Macros for converting digits to letters and vice versa
 */
#define to_digit(c)     ((c) - '0')
#define  is_digit(c)    ((c)<='9' && (c)>='0')
#define to_char(n)      ((n) + '0')

/*
 * Flags used during conversion.
 */
#define LONGINT         0x01            /* long integer */
#define LONGDBL         0x02            /* long double; unimplemented */
#define SHORTINT                0x04            /* short integer */
#define ALT                     0x08            /* alternate form */
#define LADJUST         0x10            /* left adjustment */
#define ZEROPAD         0x20            /* zero (as opposed to blank) pad */
#define HEXPREFIX       0x40            /* add 0x or 0X prefix */

void _printf_P (char const *fmt0, ...)      /* Works with string from FLASH */
{
     dc6:       2f 92           push    r2
     dc8:       3f 92           push    r3
     dca:       4f 92           push    r4
     dcc:       5f 92           push    r5
     dce:       6f 92           push    r6
     dd0:       7f 92           push    r7
     dd2:       8f 92           push    r8
     dd4:       9f 92           push    r9
     dd6:       af 92           push    r10
     dd8:       bf 92           push    r11
     dda:       cf 92           push    r12
     ddc:       df 92           push    r13
     dde:       ef 92           push    r14
     de0:       ff 92           push    r15
     de2:       0f 93           push    r16
     de4:       1f 93           push    r17
     de6:       cf 93           push    r28
     de8:       df 93           push    r29
     dea:       cd b7           in      r28, 0x3d       ; 61
     dec:       de b7           in      r29, 0x3e       ; 62
     dee:       e0 97           sbiw    r28, 0x30       ; 48
     df0:       0f b6           in      r0, 0x3f        ; 63
     df2:       f8 94           cli
     df4:       de bf           out     0x3e, r29       ; 62
     df6:       0f be           out     0x3f, r0        ; 63
     df8:       cd bf           out     0x3d, r28       ; 61
     dfa:       a5 e4           ldi     r26, 0x45       ; 69
     dfc:       6a 2e           mov     r6, r26
     dfe:       71 2c           mov     r7, r1
     e00:       6c 0e           add     r6, r28
     e02:       7d 1e           adc     r7, r29
        va_list ap;
        register const char *fmt; /* format string */
        register char ch;       /* character from fmt */
        register int n;         /* handy integer (short term usage) */
        register char *cp;      /* handy char pointer (short term usage) */
        const char *fmark;      /* for remembering a place in fmt */
        register unsigned char flags;   /* flags as above */
        signed char width;              /* width from format (%8d), or 0 */
        signed char prec;               /* precision from format (%.3d), or -1 */
        char sign;                              /* sign prefix (' ', '+', '-', or \0) */
        unsigned long _ulong=0; /* integer arguments %[diouxX] */
     e04:       1c a6           std     Y+44, r1        ; 0x2c
     e06:       1d a6           std     Y+45, r1        ; 0x2d
     e08:       1e a6           std     Y+46, r1        ; 0x2e
     e0a:       1f a6           std     Y+47, r1        ; 0x2f
#define OCT 8
#define DEC 10
#define HEX 16
        unsigned char base;             /* base for [diouxX] conversion */
        signed char dprec;              /* a copy of prec if [diouxX], 0 otherwise */
        signed char dpad;                       /* extra 0 padding needed for integers */
        signed char fieldsz;            /* field size expanded by sign, dpad etc */
        /* The initialization of 'size' is to suppress a warning that
           'size' might be used unitialized.  It seems gcc can't
           quite grok this spaghetti code ... */
        signed char size = 0;           /* size of converted field or string */
        char buf[BUF];          /* space for %c, %[diouxX], %[eEfgG] */
        char ox[2];                     /* space for 0x hex-prefix */

        va_start(ap, fmt0);
        
        fmt = fmt0;
     e0c:       d3 01           movw    r26, r6
     e0e:       ad 90           ld      r10, X+
     e10:       bd 90           ld      r11, X+
     e12:       3d 01           movw    r6, r26

        /*
         * Scan the format for conversions (`%' character).
         */
        for (;;) {
                for (fmark = fmt; (ch = pgm_read_byte(fmt)) != '\0' && ch != '%'; fmt++)
     e14:       c5 01           movw    r24, r10
     e16:       05 c0           rjmp    .+10            ; 0xe22 <_printf_P+0x5c>
     e18:       05 32           cpi     r16, 0x25       ; 37
     e1a:       39 f0           breq    .+14            ; 0xe2a <_printf_P+0x64>
     e1c:       08 94           sec
     e1e:       a1 1c           adc     r10, r1
     e20:       b1 1c           adc     r11, r1
     e22:       f5 01           movw    r30, r10
     e24:       04 91           lpm     r16, Z
     e26:       00 23           and     r16, r16
     e28:       b9 f7           brne    .-18            ; 0xe18 <_printf_P+0x52>
                        /* void */;
                if ((n = fmt - fmark) != 0) {
     e2a:       b5 01           movw    r22, r10
     e2c:       68 1b           sub     r22, r24
     e2e:       79 0b           sbc     r23, r25
     e30:       11 f0           breq    .+4             ; 0xe36 <_printf_P+0x70>
                        PRINTP(fmark, n);
     e32:       0e 94 b6 06     call    0xd6c <PRINTP>
                }
                if (ch == '\0')
     e36:       00 23           and     r16, r16
     e38:       09 f4           brne    .+2             ; 0xe3c <_printf_P+0x76>
     e3a:       30 c2           rjmp    .+1120          ; 0x129c <_printf_P+0x4d6>
                        goto done;
                fmt++;          /* skip over '%' */
     e3c:       08 94           sec
     e3e:       a1 1c           adc     r10, r1
     e40:       b1 1c           adc     r11, r1

                flags = 0;
     e42:       55 24           eor     r5, r5
                dprec = 0;
     e44:       58 aa           std     Y+48, r5        ; 0x30
                width = 0;
     e46:       25 2c           mov     r2, r5
                prec = -1;
     e48:       1f ef           ldi     r17, 0xFF       ; 255
                sign = '\0';
     e4a:       59 a6           std     Y+41, r5        ; 0x29

rflag:          ch = PRG_RDB(fmt++);
     e4c:       f5 01           movw    r30, r10
     e4e:       08 94           sec
     e50:       a1 1c           adc     r10, r1
     e52:       b1 1c           adc     r11, r1
     e54:       04 91           lpm     r16, Z
reswitch:
#ifdef LIGHTPRINTF
        if (ch=='o' || ch=='u' || (ch|0x20)=='x') {
#else
        if (ch=='u' || (ch|0x20)=='x') {
     e56:       05 37           cpi     r16, 0x75       ; 117
     e58:       21 f0           breq    .+8             ; 0xe62 <_printf_P+0x9c>
     e5a:       80 2f           mov     r24, r16
     e5c:       80 62           ori     r24, 0x20       ; 32
     e5e:       88 37           cpi     r24, 0x78       ; 120
     e60:       f1 f4           brne    .+60            ; 0xe9e <_printf_P+0xd8>
#endif
                if (flags&LONGINT) {
     e62:       50 fe           sbrs    r5, 0
     e64:       0e c0           rjmp    .+28            ; 0xe82 <_printf_P+0xbc>
                        _ulong=va_arg(ap, unsigned long);
     e66:       f3 01           movw    r30, r6
     e68:       24 e0           ldi     r18, 0x04       ; 4
     e6a:       30 e0           ldi     r19, 0x00       ; 0
     e6c:       62 0e           add     r6, r18
     e6e:       73 1e           adc     r7, r19
     e70:       80 81           ld      r24, Z
     e72:       91 81           ldd     r25, Z+1        ; 0x01
     e74:       a2 81           ldd     r26, Z+2        ; 0x02
     e76:       b3 81           ldd     r27, Z+3        ; 0x03
     e78:       8c a7           std     Y+44, r24       ; 0x2c
     e7a:       9d a7           std     Y+45, r25       ; 0x2d
     e7c:       ae a7           std     Y+46, r26       ; 0x2e
     e7e:       bf a7           std     Y+47, r27       ; 0x2f
     e80:       0e c0           rjmp    .+28            ; 0xe9e <_printf_P+0xd8>
                } else {
                        register unsigned int _d;
                        _d=va_arg(ap, unsigned int);
     e82:       f3 01           movw    r30, r6
     e84:       a2 e0           ldi     r26, 0x02       ; 2
     e86:       b0 e0           ldi     r27, 0x00       ; 0
     e88:       6a 0e           add     r6, r26
     e8a:       7b 1e           adc     r7, r27
     e8c:       80 81           ld      r24, Z
     e8e:       91 81           ldd     r25, Z+1        ; 0x01
                        _ulong = flags&SHORTINT ? (unsigned long)(unsigned short)_d : (unsigned long)_d;
     e90:       9c 01           movw    r18, r24
     e92:       44 27           eor     r20, r20
     e94:       55 27           eor     r21, r21
     e96:       2c a7           std     Y+44, r18       ; 0x2c
     e98:       3d a7           std     Y+45, r19       ; 0x2d
     e9a:       4e a7           std     Y+46, r20       ; 0x2e
     e9c:       5f a7           std     Y+47, r21       ; 0x2f
                }
        }
        
#ifndef LIGHTPRINTF
                if(ch==' ') {
     e9e:       00 32           cpi     r16, 0x20       ; 32
     ea0:       21 f4           brne    .+8             ; 0xeaa <_printf_P+0xe4>
                        /*
                         * ``If the space and + flags both appear, the space
                         * flag will be ignored.''
                         *      -- ANSI X3J11
                         */
                        if (!sign)
     ea2:       89 a5           ldd     r24, Y+41       ; 0x29
     ea4:       88 23           and     r24, r24
     ea6:       91 f6           brne    .-92            ; 0xe4c <_printf_P+0x86>
     ea8:       1b c0           rjmp    .+54            ; 0xee0 <_printf_P+0x11a>
                                sign = ' ';
                        goto rflag;
                } else if (ch=='#') {
     eaa:       03 32           cpi     r16, 0x23       ; 35
     eac:       11 f4           brne    .+4             ; 0xeb2 <_printf_P+0xec>
                        flags |= ALT;
     eae:       38 e0           ldi     r19, 0x08       ; 8
     eb0:       81 c0           rjmp    .+258           ; 0xfb4 <_printf_P+0x1ee>
                        goto rflag;
                } else if (ch=='*'||ch=='-') {
     eb2:       0a 32           cpi     r16, 0x2A       ; 42
     eb4:       11 f0           breq    .+4             ; 0xeba <_printf_P+0xf4>
     eb6:       0d 32           cpi     r16, 0x2D       ; 45
     eb8:       89 f4           brne    .+34            ; 0xedc <_printf_P+0x116>
                        if (ch=='*') {
     eba:       0a 32           cpi     r16, 0x2A       ; 42
     ebc:       51 f4           brne    .+20            ; 0xed2 <_printf_P+0x10c>
                                /*
                                 * ``A negative field width argument is taken as a
                                 * - flag followed by a positive field width.''
                                 *      -- ANSI X3J11
                                 * They don't exclude field widths read from args.
                                 */
                                if ((width = va_arg(ap, int)) >= 0)
     ebe:       f3 01           movw    r30, r6
     ec0:       42 e0           ldi     r20, 0x02       ; 2
     ec2:       50 e0           ldi     r21, 0x00       ; 0
     ec4:       64 0e           add     r6, r20
     ec6:       75 1e           adc     r7, r21
     ec8:       20 80           ld      r2, Z
     eca:       22 20           and     r2, r2
     ecc:       0c f0           brlt    .+2             ; 0xed0 <_printf_P+0x10a>
     ece:       be cf           rjmp    .-132           ; 0xe4c <_printf_P+0x86>
                                        goto rflag;
                                width = -width;
     ed0:       21 94           neg     r2
                        }
                        flags |= LADJUST;
     ed2:       50 e1           ldi     r21, 0x10       ; 16
     ed4:       55 2a           or      r5, r21
                        flags &= ~ZEROPAD; /* '-' disables '0' */
     ed6:       8f ed           ldi     r24, 0xDF       ; 223
     ed8:       58 22           and     r5, r24
                        goto rflag;
     eda:       b8 cf           rjmp    .-144           ; 0xe4c <_printf_P+0x86>
                } else if (ch=='+') {
     edc:       0b 32           cpi     r16, 0x2B       ; 43
     ede:       11 f4           brne    .+4             ; 0xee4 <_printf_P+0x11e>
                        sign = '+';
     ee0:       09 a7           std     Y+41, r16       ; 0x29
                        goto rflag;
     ee2:       b4 cf           rjmp    .-152           ; 0xe4c <_printf_P+0x86>
                } else if (ch=='.') {
     ee4:       0e 32           cpi     r16, 0x2E       ; 46
     ee6:       c1 f5           brne    .+112           ; 0xf58 <_printf_P+0x192>
                        if ((ch = PRG_RDB(fmt++)) == '*') {
     ee8:       f5 01           movw    r30, r10
     eea:       08 94           sec
     eec:       a1 1c           adc     r10, r1
     eee:       b1 1c           adc     r11, r1
     ef0:       04 91           lpm     r16, Z
     ef2:       0a 32           cpi     r16, 0x2A       ; 42
     ef4:       79 f4           brne    .+30            ; 0xf14 <_printf_P+0x14e>
                                n = va_arg(ap, int);
     ef6:       f3 01           movw    r30, r6
     ef8:       a2 e0           ldi     r26, 0x02       ; 2
     efa:       b0 e0           ldi     r27, 0x00       ; 0
     efc:       6a 0e           add     r6, r26
     efe:       7b 1e           adc     r7, r27
     f00:       60 81           ld      r22, Z
     f02:       71 81           ldd     r23, Z+1        ; 0x01
                                prec = n < 0 ? -1 : n;
     f04:       bf ef           ldi     r27, 0xFF       ; 255
     f06:       6f 3f           cpi     r22, 0xFF       ; 255
     f08:       7b 07           cpc     r23, r27
     f0a:       14 f4           brge    .+4             ; 0xf10 <_printf_P+0x14a>
     f0c:       6f ef           ldi     r22, 0xFF       ; 255
     f0e:       7f ef           ldi     r23, 0xFF       ; 255
     f10:       16 2f           mov     r17, r22
                                goto rflag;
     f12:       9c cf           rjmp    .-200           ; 0xe4c <_printf_P+0x86>
                        }
                        n = 0;
     f14:       60 e0           ldi     r22, 0x00       ; 0
     f16:       70 e0           ldi     r23, 0x00       ; 0
                        while (is_digit(ch)) {
                                n = n*10 + to_digit(ch);
                                ch = PRG_RDB(fmt++);
     f18:       80 2f           mov     r24, r16
     f1a:       80 53           subi    r24, 0x30       ; 48
     f1c:       8a 30           cpi     r24, 0x0A       ; 10
     f1e:       a0 f4           brcc    .+40            ; 0xf48 <_printf_P+0x182>
     f20:       cb 01           movw    r24, r22
     f22:       f3 e0           ldi     r31, 0x03       ; 3
     f24:       88 0f           add     r24, r24
     f26:       99 1f           adc     r25, r25
     f28:       fa 95           dec     r31
     f2a:       e1 f7           brne    .-8             ; 0xf24 <_printf_P+0x15e>
     f2c:       86 0f           add     r24, r22
     f2e:       97 1f           adc     r25, r23
     f30:       68 0f           add     r22, r24
     f32:       79 1f           adc     r23, r25
     f34:       60 0f           add     r22, r16
     f36:       71 1d           adc     r23, r1
     f38:       60 53           subi    r22, 0x30       ; 48
     f3a:       70 40           sbci    r23, 0x00       ; 0
     f3c:       f5 01           movw    r30, r10
     f3e:       08 94           sec
     f40:       a1 1c           adc     r10, r1
     f42:       b1 1c           adc     r11, r1
     f44:       04 91           lpm     r16, Z
     f46:       e8 cf           rjmp    .-48            ; 0xf18 <_printf_P+0x152>
                        }
                        prec = n < 0 ? -1 : n;
     f48:       ef ef           ldi     r30, 0xFF       ; 255
     f4a:       6f 3f           cpi     r22, 0xFF       ; 255
     f4c:       7e 07           cpc     r23, r30
     f4e:       14 f4           brge    .+4             ; 0xf54 <_printf_P+0x18e>
     f50:       6f ef           ldi     r22, 0xFF       ; 255
     f52:       7f ef           ldi     r23, 0xFF       ; 255
     f54:       16 2f           mov     r17, r22
                        goto reswitch;
     f56:       7f cf           rjmp    .-258           ; 0xe56 <_printf_P+0x90>
                } else
#endif /* LIGHTPRINTF */
                if (ch=='0') {
     f58:       00 33           cpi     r16, 0x30       ; 48
     f5a:       29 f4           brne    .+10            ; 0xf66 <_printf_P+0x1a0>
                        /*
                         * ``Note that 0 is taken as a flag, not as the
                         * beginning of a field width.''
                         *      -- ANSI X3J11
                         */
                        if (!(flags & LADJUST))
     f5c:       54 fc           sbrc    r5, 4
     f5e:       76 cf           rjmp    .-276           ; 0xe4c <_printf_P+0x86>
                            flags |= ZEROPAD; /* '-' disables '0' */
     f60:       f0 e2           ldi     r31, 0x20       ; 32
     f62:       5f 2a           or      r5, r31
                        goto rflag;
     f64:       73 cf           rjmp    .-282           ; 0xe4c <_printf_P+0x86>
                } else if (ch>='1' && ch<='9') {
     f66:       80 2f           mov     r24, r16
     f68:       81 53           subi    r24, 0x31       ; 49
     f6a:       89 30           cpi     r24, 0x09       ; 9
     f6c:       d8 f4           brcc    .+54            ; 0xfa4 <_printf_P+0x1de>
                        n = 0;
     f6e:       60 e0           ldi     r22, 0x00       ; 0
     f70:       70 e0           ldi     r23, 0x00       ; 0
                        do {
                                n = 10 * n + to_digit(ch);
     f72:       cb 01           movw    r24, r22
     f74:       e3 e0           ldi     r30, 0x03       ; 3
     f76:       88 0f           add     r24, r24
     f78:       99 1f           adc     r25, r25
     f7a:       ea 95           dec     r30
     f7c:       e1 f7           brne    .-8             ; 0xf76 <_printf_P+0x1b0>
     f7e:       86 0f           add     r24, r22
     f80:       97 1f           adc     r25, r23
     f82:       68 0f           add     r22, r24
     f84:       79 1f           adc     r23, r25
     f86:       60 0f           add     r22, r16
     f88:       71 1d           adc     r23, r1
     f8a:       60 53           subi    r22, 0x30       ; 48
     f8c:       70 40           sbci    r23, 0x00       ; 0
                                ch = PRG_RDB(fmt++);
     f8e:       f5 01           movw    r30, r10
     f90:       08 94           sec
     f92:       a1 1c           adc     r10, r1
     f94:       b1 1c           adc     r11, r1
     f96:       04 91           lpm     r16, Z
                        } while (is_digit(ch));
     f98:       80 2f           mov     r24, r16
     f9a:       80 53           subi    r24, 0x30       ; 48
     f9c:       8a 30           cpi     r24, 0x0A       ; 10
     f9e:       48 f3           brcs    .-46            ; 0xf72 <_printf_P+0x1ac>
                        width = n;
     fa0:       26 2e           mov     r2, r22
                        goto reswitch;
     fa2:       59 cf           rjmp    .-334           ; 0xe56 <_printf_P+0x90>
                } else if (ch=='h') {
     fa4:       08 36           cpi     r16, 0x68       ; 104
     fa6:       19 f4           brne    .+6             ; 0xfae <_printf_P+0x1e8>
                        flags |= SHORTINT;
     fa8:       24 e0           ldi     r18, 0x04       ; 4
     faa:       52 2a           or      r5, r18
                        goto rflag;
     fac:       4f cf           rjmp    .-354           ; 0xe4c <_printf_P+0x86>
                } else if (ch=='l') {
     fae:       0c 36           cpi     r16, 0x6C       ; 108
     fb0:       19 f4           brne    .+6             ; 0xfb8 <_printf_P+0x1f2>
                        flags |= LONGINT;
     fb2:       31 e0           ldi     r19, 0x01       ; 1
     fb4:       53 2a           or      r5, r19
                        goto rflag;
     fb6:       4a cf           rjmp    .-364           ; 0xe4c <_printf_P+0x86>
                } else if (ch=='c') {
     fb8:       03 36           cpi     r16, 0x63       ; 99
     fba:       61 f4           brne    .+24            ; 0xfd4 <_printf_P+0x20e>
                        *(cp = buf) = va_arg(ap, int);
     fbc:       4e 01           movw    r8, r28
     fbe:       08 94           sec
     fc0:       81 1c           adc     r8, r1
     fc2:       91 1c           adc     r9, r1
     fc4:       f3 01           movw    r30, r6
     fc6:       42 e0           ldi     r20, 0x02       ; 2
     fc8:       50 e0           ldi     r21, 0x00       ; 0
     fca:       64 0e           add     r6, r20
     fcc:       75 1e           adc     r7, r21
     fce:       80 81           ld      r24, Z
     fd0:       89 83           std     Y+1, r24        ; 0x01
     fd2:       1b c1           rjmp    .+566           ; 0x120a <_printf_P+0x444>
                        size = 1;
                        sign = '\0';
                } else if (ch=='D'||ch=='d'||ch=='i') {
     fd4:       04 34           cpi     r16, 0x44       ; 68
     fd6:       21 f0           breq    .+8             ; 0xfe0 <_printf_P+0x21a>
     fd8:       04 36           cpi     r16, 0x64       ; 100
     fda:       11 f0           breq    .+4             ; 0xfe0 <_printf_P+0x21a>
     fdc:       09 36           cpi     r16, 0x69       ; 105
     fde:       b1 f5           brne    .+108           ; 0x104c <_printf_P+0x286>
                        if(ch=='D')
     fe0:       04 34           cpi     r16, 0x44       ; 68
     fe2:       11 f4           brne    .+4             ; 0xfe8 <_printf_P+0x222>
                                flags |= LONGINT;
     fe4:       51 e0           ldi     r21, 0x01       ; 1
     fe6:       55 2a           or      r5, r21
                        if (flags&LONGINT) {
     fe8:       50 fe           sbrs    r5, 0
     fea:       0a c0           rjmp    .+20            ; 0x1000 <_printf_P+0x23a>
                                _ulong=va_arg(ap, long);
     fec:       f3 01           movw    r30, r6
     fee:       84 e0           ldi     r24, 0x04       ; 4
     ff0:       90 e0           ldi     r25, 0x00       ; 0
     ff2:       68 0e           add     r6, r24
     ff4:       79 1e           adc     r7, r25
     ff6:       20 81           ld      r18, Z
     ff8:       31 81           ldd     r19, Z+1        ; 0x01
     ffa:       42 81           ldd     r20, Z+2        ; 0x02
     ffc:       53 81           ldd     r21, Z+3        ; 0x03
     ffe:       0c c0           rjmp    .+24            ; 0x1018 <_printf_P+0x252>
                        } else {
                                register int _d;
                                _d=va_arg(ap, int);
    1000:       f3 01           movw    r30, r6
    1002:       42 e0           ldi     r20, 0x02       ; 2
    1004:       50 e0           ldi     r21, 0x00       ; 0
    1006:       64 0e           add     r6, r20
    1008:       75 1e           adc     r7, r21
    100a:       80 81           ld      r24, Z
    100c:       91 81           ldd     r25, Z+1        ; 0x01
                                _ulong = flags&SHORTINT ? (long)(short)_d : (long)_d;
    100e:       9c 01           movw    r18, r24
    1010:       44 27           eor     r20, r20
    1012:       37 fd           sbrc    r19, 7
    1014:       40 95           com     r20
    1016:       54 2f           mov     r21, r20
    1018:       2c a7           std     Y+44, r18       ; 0x2c
    101a:       3d a7           std     Y+45, r19       ; 0x2d
    101c:       4e a7           std     Y+46, r20       ; 0x2e
    101e:       5f a7           std     Y+47, r21       ; 0x2f
                        }
                        
                        if ((long)_ulong < 0) {
    1020:       8c a5           ldd     r24, Y+44       ; 0x2c
    1022:       9d a5           ldd     r25, Y+45       ; 0x2d
    1024:       ae a5           ldd     r26, Y+46       ; 0x2e
    1026:       bf a5           ldd     r27, Y+47       ; 0x2f
    1028:       b7 ff           sbrs    r27, 7
    102a:       0d c0           rjmp    .+26            ; 0x1046 <_printf_P+0x280>
                                _ulong = -_ulong;
    102c:       b0 95           com     r27
    102e:       a0 95           com     r26
    1030:       90 95           com     r25
    1032:       81 95           neg     r24
    1034:       9f 4f           sbci    r25, 0xFF       ; 255
    1036:       af 4f           sbci    r26, 0xFF       ; 255
    1038:       bf 4f           sbci    r27, 0xFF       ; 255
    103a:       8c a7           std     Y+44, r24       ; 0x2c
    103c:       9d a7           std     Y+45, r25       ; 0x2d
    103e:       ae a7           std     Y+46, r26       ; 0x2e
    1040:       bf a7           std     Y+47, r27       ; 0x2f
                                sign = '-';
    1042:       8d e2           ldi     r24, 0x2D       ; 45
    1044:       89 a7           std     Y+41, r24       ; 0x29
                        }
                        base = DEC;
    1046:       7a e0           ldi     r23, 0x0A       ; 10
    1048:       47 2e           mov     r4, r23
                        goto number;
    104a:       7b c0           rjmp    .+246           ; 0x1142 <_printf_P+0x37c>
                } else
/*              
                if (ch=='n') {
                        if (flags & LONGINT)
                                *va_arg(ap, long *) = ret;
                        else if (flags & SHORTINT)
                                *va_arg(ap, short *) = ret;
                        else
                                *va_arg(ap, int *) = ret;
                        continue;       // no output 
                } else
*/
#ifndef LIGHTPRINTF                     
                if (ch=='O'||ch=='o') {
    104c:       0f 34           cpi     r16, 0x4F       ; 79
    104e:       11 f0           breq    .+4             ; 0x1054 <_printf_P+0x28e>
    1050:       0f 36           cpi     r16, 0x6F       ; 111
    1052:       39 f4           brne    .+14            ; 0x1062 <_printf_P+0x29c>
                        if (ch=='O')
    1054:       0f 34           cpi     r16, 0x4F       ; 79
    1056:       11 f4           brne    .+4             ; 0x105c <_printf_P+0x296>
                                flags |= LONGINT;
    1058:       91 e0           ldi     r25, 0x01       ; 1
    105a:       59 2a           or      r5, r25
                        base = OCT;
    105c:       68 e0           ldi     r22, 0x08       ; 8
    105e:       46 2e           mov     r4, r22
                        goto nosign;
    1060:       6f c0           rjmp    .+222           ; 0x1140 <_printf_P+0x37a>
                } else if (ch=='p') {
    1062:       00 37           cpi     r16, 0x70       ; 112
    1064:       a1 f4           brne    .+40            ; 0x108e <_printf_P+0x2c8>
                        /*
                         * ``The argument shall be a pointer to void.  The
                         * value of the pointer is converted to a sequence
                         * of printable characters, in an implementation-
                         * defined manner.''
                         *      -- ANSI X3J11
                         */
                        /* NOSTRICT */
                        _ulong = (unsigned int)va_arg(ap, void *);
    1066:       f3 01           movw    r30, r6
    1068:       a2 e0           ldi     r26, 0x02       ; 2
    106a:       b0 e0           ldi     r27, 0x00       ; 0
    106c:       6a 0e           add     r6, r26
    106e:       7b 1e           adc     r7, r27
    1070:       80 81           ld      r24, Z
    1072:       91 81           ldd     r25, Z+1        ; 0x01
    1074:       9c 01           movw    r18, r24
    1076:       44 27           eor     r20, r20
    1078:       55 27           eor     r21, r21
    107a:       2c a7           std     Y+44, r18       ; 0x2c
    107c:       3d a7           std     Y+45, r19       ; 0x2d
    107e:       4e a7           std     Y+46, r20       ; 0x2e
    1080:       5f a7           std     Y+47, r21       ; 0x2f
                        base = HEX;
    1082:       50 e1           ldi     r21, 0x10       ; 16
    1084:       45 2e           mov     r4, r21
                        flags |= HEXPREFIX;
    1086:       30 e4           ldi     r19, 0x40       ; 64
    1088:       53 2a           or      r5, r19
                        ch = 'x';
    108a:       08 e7           ldi     r16, 0x78       ; 120
                        goto nosign;
    108c:       59 c0           rjmp    .+178           ; 0x1140 <_printf_P+0x37a>
                } else if (ch=='s') {  // print a string from RAM
    108e:       03 37           cpi     r16, 0x73       ; 115
    1090:       c1 f5           brne    .+112           ; 0x1102 <_printf_P+0x33c>
                        if ((cp = va_arg(ap, char *)) == NULL) {
    1092:       f3 01           movw    r30, r6
    1094:       42 e0           ldi     r20, 0x02       ; 2
    1096:       50 e0           ldi     r21, 0x00       ; 0
    1098:       64 0e           add     r6, r20
    109a:       75 1e           adc     r7, r21
    109c:       80 80           ld      r8, Z
    109e:       91 80           ldd     r9, Z+1 ; 0x01
    10a0:       81 14           cp      r8, r1
    10a2:       91 04           cpc     r9, r1
    10a4:       89 f4           brne    .+34            ; 0x10c8 <_printf_P+0x302>
                                cp=buf;
    10a6:       4e 01           movw    r8, r28
    10a8:       08 94           sec
    10aa:       81 1c           adc     r8, r1
    10ac:       91 1c           adc     r9, r1
                                cp[0] = '(';
    10ae:       88 e2           ldi     r24, 0x28       ; 40
    10b0:       89 83           std     Y+1, r24        ; 0x01
                                cp[1] = 'n';
    10b2:       8e e6           ldi     r24, 0x6E       ; 110
    10b4:       f4 01           movw    r30, r8
    10b6:       81 83           std     Z+1, r24        ; 0x01
                                cp[2] = 'u';
    10b8:       85 e7           ldi     r24, 0x75       ; 117
    10ba:       8b 83           std     Y+3, r24        ; 0x03
                                cp[4] = cp[3] = 'l';
    10bc:       8c e6           ldi     r24, 0x6C       ; 108
    10be:       8c 83           std     Y+4, r24        ; 0x04
    10c0:       8d 83           std     Y+5, r24        ; 0x05
                                cp[5] = ')';
    10c2:       89 e2           ldi     r24, 0x29       ; 41
    10c4:       8e 83           std     Y+6, r24        ; 0x06
                                cp[6] = '\0';
    10c6:       1f 82           std     Y+7, r1 ; 0x07
                        }
                        if (prec >= 0) {
    10c8:       17 fd           sbrc    r17, 7
    10ca:       13 c0           rjmp    .+38            ; 0x10f2 <_printf_P+0x32c>
                                /*
                                 * can't use strlen; can only look for the
                                 * NUL in the first `prec' characters, and
                                 * strlen() will go further.
                                 */
                                char *p = (char*)memchr(cp, 0, prec);
    10cc:       81 2f           mov     r24, r17
    10ce:       99 27           eor     r25, r25
    10d0:       87 fd           sbrc    r24, 7
    10d2:       90 95           com     r25
    10d4:       ac 01           movw    r20, r24
    10d6:       60 e0           ldi     r22, 0x00       ; 0
    10d8:       70 e0           ldi     r23, 0x00       ; 0
    10da:       c4 01           movw    r24, r8
    10dc:       0e 94 64 0c     call    0x18c8 <memchr>

                                if (p != NULL) {
    10e0:       00 97           sbiw    r24, 0x00       ; 0
    10e2:       29 f0           breq    .+10            ; 0x10ee <_printf_P+0x328>
                                        size = p - cp;
    10e4:       d8 2e           mov     r13, r24
    10e6:       d8 18           sub     r13, r8
                                        if (size > prec)
    10e8:       1d 15           cp      r17, r13
    10ea:       0c f0           brlt    .+2             ; 0x10ee <_printf_P+0x328>
    10ec:       90 c0           rjmp    .+288           ; 0x120e <_printf_P+0x448>
                                                size = prec;
                                } else
                                        size = prec;
    10ee:       d1 2e           mov     r13, r17
    10f0:       8e c0           rjmp    .+284           ; 0x120e <_printf_P+0x448>
                        } else
                                size = strlen(cp);
    10f2:       f4 01           movw    r30, r8
    10f4:       01 90           ld      r0, Z+
    10f6:       00 20           and     r0, r0
    10f8:       e9 f7           brne    .-6             ; 0x10f4 <_printf_P+0x32e>
    10fa:       31 97           sbiw    r30, 0x01       ; 1
    10fc:       de 2e           mov     r13, r30
    10fe:       d8 18           sub     r13, r8
    1100:       86 c0           rjmp    .+268           ; 0x120e <_printf_P+0x448>
                        sign = '\0';
                } else
#endif /* LIGHTPRINTF */                        
                if(ch=='U'||ch=='u') {
    1102:       05 35           cpi     r16, 0x55       ; 85
    1104:       11 f0           breq    .+4             ; 0x110a <_printf_P+0x344>
    1106:       05 37           cpi     r16, 0x75       ; 117
    1108:       39 f4           brne    .+14            ; 0x1118 <_printf_P+0x352>
                        if (ch=='U')
    110a:       05 35           cpi     r16, 0x55       ; 85
    110c:       11 f4           brne    .+4             ; 0x1112 <_printf_P+0x34c>
                                flags |= LONGINT;
    110e:       f1 e0           ldi     r31, 0x01       ; 1
    1110:       5f 2a           or      r5, r31
                        base = DEC;
    1112:       4a e0           ldi     r20, 0x0A       ; 10
    1114:       44 2e           mov     r4, r20
                        goto nosign;
    1116:       14 c0           rjmp    .+40            ; 0x1140 <_printf_P+0x37a>
                } else if (ch=='X'||ch=='x') {
    1118:       08 35           cpi     r16, 0x58       ; 88
    111a:       19 f0           breq    .+6             ; 0x1122 <_printf_P+0x35c>
    111c:       08 37           cpi     r16, 0x78       ; 120
    111e:       09 f0           breq    .+2             ; 0x1122 <_printf_P+0x35c>
    1120:       6c c0           rjmp    .+216           ; 0x11fa <_printf_P+0x434>
                        base = HEX;
    1122:       30 e1           ldi     r19, 0x10       ; 16
    1124:       43 2e           mov     r4, r19
                        /* leading 0x/X only if non-zero */
                        if (flags & ALT && _ulong != 0)
    1126:       53 fe           sbrs    r5, 3
    1128:       0b c0           rjmp    .+22            ; 0x1140 <_printf_P+0x37a>
    112a:       2c a5           ldd     r18, Y+44       ; 0x2c
    112c:       3d a5           ldd     r19, Y+45       ; 0x2d
    112e:       4e a5           ldd     r20, Y+46       ; 0x2e
    1130:       5f a5           ldd     r21, Y+47       ; 0x2f
    1132:       21 15           cp      r18, r1
    1134:       31 05           cpc     r19, r1
    1136:       41 05           cpc     r20, r1
    1138:       51 05           cpc     r21, r1
    113a:       11 f0           breq    .+4             ; 0x1140 <_printf_P+0x37a>
                                flags |= HEXPREFIX;
    113c:       30 e4           ldi     r19, 0x40       ; 64
    113e:       53 2a           or      r5, r19

                        /* unsigned conversions */
nosign:                 sign = '\0';
    1140:       19 a6           std     Y+41, r1        ; 0x29
                        /*
                         * ``... diouXx conversions ... if a precision is
                         * specified, the 0 flag will be ignored.''
                         *      -- ANSI X3J11
                         */
number: if ((dprec = prec) >= 0)
    1142:       18 ab           std     Y+48, r17       ; 0x30
    1144:       17 fd           sbrc    r17, 7
    1146:       02 c0           rjmp    .+4             ; 0x114c <_printf_P+0x386>
                                flags &= ~ZEROPAD;
    1148:       4f ed           ldi     r20, 0xDF       ; 223
    114a:       54 22           and     r5, r20

                        /*
                         * ``The result of converting a zero value with an
                         * explicit precision of zero is no characters.''
                         *      -- ANSI X3J11
                         */
                        cp = buf + BUF;
    114c:       29 e2           ldi     r18, 0x29       ; 41
    114e:       82 2e           mov     r8, r18
    1150:       91 2c           mov     r9, r1
    1152:       8c 0e           add     r8, r28
    1154:       9d 1e           adc     r9, r29
                        if (_ulong != 0 || prec != 0) {
    1156:       8c a5           ldd     r24, Y+44       ; 0x2c
    1158:       9d a5           ldd     r25, Y+45       ; 0x2d
    115a:       ae a5           ldd     r26, Y+46       ; 0x2e
    115c:       bf a5           ldd     r27, Y+47       ; 0x2f
    115e:       00 97           sbiw    r24, 0x00       ; 0
    1160:       a1 05           cpc     r26, r1
    1162:       b1 05           cpc     r27, r1
    1164:       21 f4           brne    .+8             ; 0x116e <_printf_P+0x3a8>
    1166:       98 a9           ldd     r25, Y+48       ; 0x30
    1168:       99 23           and     r25, r25
    116a:       09 f4           brne    .+2             ; 0x116e <_printf_P+0x3a8>
    116c:       3f c0           rjmp    .+126           ; 0x11ec <_printf_P+0x426>
    116e:       c4 2c           mov     r12, r4
    1170:       dd 24           eor     r13, r13
    1172:       ee 24           eor     r14, r14
    1174:       ff 24           eor     r15, r15
                                register unsigned char _d,notlastdigit;
                                do {
                                        notlastdigit=(_ulong>=base);
    1176:       33 24           eor     r3, r3
    1178:       2c a5           ldd     r18, Y+44       ; 0x2c
    117a:       3d a5           ldd     r19, Y+45       ; 0x2d
    117c:       4e a5           ldd     r20, Y+46       ; 0x2e
    117e:       5f a5           ldd     r21, Y+47       ; 0x2f
    1180:       2c 15           cp      r18, r12
    1182:       3d 05           cpc     r19, r13
    1184:       4e 05           cpc     r20, r14
    1186:       5f 05           cpc     r21, r15
    1188:       10 f0           brcs    .+4             ; 0x118e <_printf_P+0x3c8>
    118a:       91 e0           ldi     r25, 0x01       ; 1
    118c:       39 2e           mov     r3, r25
                                        _d = _ulong % base;
    118e:       6c a5           ldd     r22, Y+44       ; 0x2c
    1190:       7d a5           ldd     r23, Y+45       ; 0x2d
    1192:       8e a5           ldd     r24, Y+46       ; 0x2e
    1194:       9f a5           ldd     r25, Y+47       ; 0x2f
    1196:       a7 01           movw    r20, r14
    1198:       96 01           movw    r18, r12
    119a:       0e 94 d4 0d     call    0x1ba8 <__udivmodsi4>
    119e:       dc 01           movw    r26, r24
    11a0:       cb 01           movw    r24, r22
    11a2:       18 2f           mov     r17, r24

                                        if (_d<10) {
    11a4:       8a 30           cpi     r24, 0x0A       ; 10
    11a6:       10 f4           brcc    .+4             ; 0x11ac <_printf_P+0x3e6>
                                                _d+='0';
    11a8:       10 5d           subi    r17, 0xD0       ; 208
    11aa:       04 c0           rjmp    .+8             ; 0x11b4 <_printf_P+0x3ee>
                                        } else {
                                                _d+='a'-10;
    11ac:       19 5a           subi    r17, 0xA9       ; 169
                                                if (ch=='X') _d&=~0x20;
    11ae:       08 35           cpi     r16, 0x58       ; 88
    11b0:       09 f4           brne    .+2             ; 0x11b4 <_printf_P+0x3ee>
    11b2:       1f 7d           andi    r17, 0xDF       ; 223
                                        }
                                        *--cp=_d;
    11b4:       d4 01           movw    r26, r8
    11b6:       1e 93           st      -X, r17
    11b8:       4d 01           movw    r8, r26
                                        _ulong /= base;
    11ba:       6c a5           ldd     r22, Y+44       ; 0x2c
    11bc:       7d a5           ldd     r23, Y+45       ; 0x2d
    11be:       8e a5           ldd     r24, Y+46       ; 0x2e
    11c0:       9f a5           ldd     r25, Y+47       ; 0x2f
    11c2:       a7 01           movw    r20, r14
    11c4:       96 01           movw    r18, r12
    11c6:       0e 94 d4 0d     call    0x1ba8 <__udivmodsi4>
    11ca:       2c a7           std     Y+44, r18       ; 0x2c
    11cc:       3d a7           std     Y+45, r19       ; 0x2d
    11ce:       4e a7           std     Y+46, r20       ; 0x2e
    11d0:       5f a7           std     Y+47, r21       ; 0x2f
                                } while (notlastdigit);
    11d2:       33 20           and     r3, r3
    11d4:       81 f6           brne    .-96            ; 0x1176 <_printf_P+0x3b0>
#ifndef LIGHTPRINTF
                                // handle octal leading 0 
                                if (base==OCT && flags & ALT && *cp != '0')
    11d6:       b8 e0           ldi     r27, 0x08       ; 8
    11d8:       4b 16           cp      r4, r27
    11da:       41 f4           brne    .+16            ; 0x11ec <_printf_P+0x426>
    11dc:       53 fe           sbrs    r5, 3
    11de:       06 c0           rjmp    .+12            ; 0x11ec <_printf_P+0x426>
    11e0:       10 33           cpi     r17, 0x30       ; 48
    11e2:       21 f0           breq    .+8             ; 0x11ec <_printf_P+0x426>
                                        *--cp = '0';
    11e4:       80 e3           ldi     r24, 0x30       ; 48
    11e6:       f4 01           movw    r30, r8
    11e8:       82 93           st      -Z, r24
    11ea:       4f 01           movw    r8, r30
#endif
                        }

                        size = buf + BUF - cp;
    11ec:       ce 01           movw    r24, r28
    11ee:       01 96           adiw    r24, 0x01       ; 1
    11f0:       d8 2e           mov     r13, r24
    11f2:       d8 18           sub     r13, r8
    11f4:       f8 e2           ldi     r31, 0x28       ; 40
    11f6:       df 0e           add     r13, r31
    11f8:       0b c0           rjmp    .+22            ; 0x1210 <_printf_P+0x44a>
        } else {  //default
                /* "%?" prints ?, unless ? is NUL */
                        if (ch == '\0')
    11fa:       00 23           and     r16, r16
    11fc:       09 f4           brne    .+2             ; 0x1200 <_printf_P+0x43a>
    11fe:       4e c0           rjmp    .+156           ; 0x129c <_printf_P+0x4d6>
                                goto done;
                        /* pretend it was %c with argument ch */
                        cp = buf;
    1200:       4e 01           movw    r8, r28
    1202:       08 94           sec
    1204:       81 1c           adc     r8, r1
    1206:       91 1c           adc     r9, r1
                        *cp = ch;
    1208:       09 83           std     Y+1, r16        ; 0x01
                        size = 1;
    120a:       81 e0           ldi     r24, 0x01       ; 1
    120c:       d8 2e           mov     r13, r24
                        sign = '\0';
    120e:       19 a6           std     Y+41, r1        ; 0x29
                }

                /*
                 * All reasonable formats wind up here.  At this point,
                 * `cp' points to a string which (if not flags&LADJUST)
                 * should be padded out to `width' places.  If
                 * flags&ZEROPAD, it should first be prefixed by any
                 * sign or other prefix; otherwise, it should be blank
                 * padded before the prefix is emitted.  After any
                 * left-hand padding and prefixing, emit zeroes
                 * required by a decimal [diouxX] precision, then print
                 * the string proper, then emit zeroes required by any
                 * leftover floating precision; finally, if LADJUST,
                 * pad with blanks.
                 */

                /*
                 * compute actual size, so we know how much to pad.
                 */
                fieldsz = size;
    1210:       1d 2d           mov     r17, r13

                dpad = dprec - size;
    1212:       c8 a8           ldd     r12, Y+48       ; 0x30
    1214:       cd 18           sub     r12, r13
                if (dpad < 0)
    1216:       c7 fc           sbrc    r12, 7
                    dpad = 0;
    1218:       cc 24           eor     r12, r12

                if (sign)
    121a:       89 a5           ldd     r24, Y+41       ; 0x29
    121c:       88 23           and     r24, r24
    121e:       11 f0           breq    .+4             ; 0x1224 <_printf_P+0x45e>
                        fieldsz++;
    1220:       1f 5f           subi    r17, 0xFF       ; 255
    1222:       02 c0           rjmp    .+4             ; 0x1228 <_printf_P+0x462>
                else if (flags & HEXPREFIX)
    1224:       56 fc           sbrc    r5, 6
                        fieldsz += 2;
    1226:       1e 5f           subi    r17, 0xFE       ; 254
                fieldsz += dpad;
    1228:       1c 0d           add     r17, r12

                /* right-adjusting blank padding */
                if ((flags & (LADJUST|ZEROPAD)) == 0)
    122a:       e5 2c           mov     r14, r5
    122c:       ff 24           eor     r15, r15
    122e:       c7 01           movw    r24, r14
    1230:       80 73           andi    r24, 0x30       ; 48
    1232:       90 70           andi    r25, 0x00       ; 0
    1234:       89 2b           or      r24, r25
    1236:       21 f4           brne    .+8             ; 0x1240 <_printf_P+0x47a>
                        PAD_SP(width - fieldsz);
    1238:       82 2d           mov     r24, r2
    123a:       81 1b           sub     r24, r17
    123c:       0e 94 cb 06     call    0xd96 <PAD_SP>

                /* prefix */
                if (sign) {
    1240:       89 a5           ldd     r24, Y+41       ; 0x29
    1242:       88 23           and     r24, r24
    1244:       29 f0           breq    .+10            ; 0x1250 <_printf_P+0x48a>
                        PRINT(&sign, 1);
    1246:       61 e0           ldi     r22, 0x01       ; 1
    1248:       70 e0           ldi     r23, 0x00       ; 0
    124a:       ce 01           movw    r24, r28
    124c:       89 96           adiw    r24, 0x29       ; 41
    124e:       09 c0           rjmp    .+18            ; 0x1262 <_printf_P+0x49c>
                } else if (flags & HEXPREFIX) {
    1250:       e6 fe           sbrs    r14, 6
    1252:       09 c0           rjmp    .+18            ; 0x1266 <_printf_P+0x4a0>
                        ox[0] = '0';
    1254:       80 e3           ldi     r24, 0x30       ; 48
    1256:       8a a7           std     Y+42, r24       ; 0x2a
                        ox[1] = ch;
    1258:       0b a7           std     Y+43, r16       ; 0x2b
                        PRINT(ox, 2);
    125a:       62 e0           ldi     r22, 0x02       ; 2
    125c:       70 e0           ldi     r23, 0x00       ; 0
    125e:       ce 01           movw    r24, r28
    1260:       8a 96           adiw    r24, 0x2a       ; 42
    1262:       0e 94 a2 06     call    0xd44 <PRINT>
                }

                /* right-adjusting zero padding */
                if ((flags & (LADJUST|ZEROPAD)) == ZEROPAD)
    1266:       c7 01           movw    r24, r14
    1268:       80 73           andi    r24, 0x30       ; 48
    126a:       90 70           andi    r25, 0x00       ; 0
    126c:       80 97           sbiw    r24, 0x20       ; 32
    126e:       21 f4           brne    .+8             ; 0x1278 <_printf_P+0x4b2>
                        PAD_0(width - fieldsz);
    1270:       82 2d           mov     r24, r2
    1272:       81 1b           sub     r24, r17
    1274:       0e 94 d7 06     call    0xdae <PAD_0>

                /* leading zeroes from decimal precision */
                PAD_0(dpad);
    1278:       8c 2d           mov     r24, r12
    127a:       0e 94 d7 06     call    0xdae <PAD_0>

                /* the string or number proper */
                PRINT(cp, size);
    127e:       8d 2d           mov     r24, r13
    1280:       99 27           eor     r25, r25
    1282:       87 fd           sbrc    r24, 7
    1284:       90 95           com     r25
    1286:       bc 01           movw    r22, r24
    1288:       c4 01           movw    r24, r8
    128a:       0e 94 a2 06     call    0xd44 <PRINT>

                /* left-adjusting padding (always blank) */
                if (flags & LADJUST)
    128e:       e4 fe           sbrs    r14, 4
    1290:       c1 cd           rjmp    .-1150          ; 0xe14 <_printf_P+0x4e>
                        PAD_SP(width - fieldsz);
    1292:       82 2d           mov     r24, r2
    1294:       81 1b           sub     r24, r17
    1296:       0e 94 cb 06     call    0xd96 <PAD_SP>
    129a:       bc cd           rjmp    .-1160          ; 0xe14 <_printf_P+0x4e>
    129c:       e0 96           adiw    r28, 0x30       ; 48
    129e:       0f b6           in      r0, 0x3f        ; 63
    12a0:       f8 94           cli
    12a2:       de bf           out     0x3e, r29       ; 62
    12a4:       0f be           out     0x3f, r0        ; 63
    12a6:       cd bf           out     0x3d, r28       ; 61
    12a8:       df 91           pop     r29
    12aa:       cf 91           pop     r28
    12ac:       1f 91           pop     r17
    12ae:       0f 91           pop     r16
    12b0:       ff 90           pop     r15
    12b2:       ef 90           pop     r14
    12b4:       df 90           pop     r13
    12b6:       cf 90           pop     r12
    12b8:       bf 90           pop     r11
    12ba:       af 90           pop     r10
    12bc:       9f 90           pop     r9
    12be:       8f 90           pop     r8
    12c0:       7f 90           pop     r7
    12c2:       6f 90           pop     r6
    12c4:       5f 90           pop     r5
    12c6:       4f 90           pop     r4
    12c8:       3f 90           pop     r3
    12ca:       2f 90           pop     r2
    12cc:       08 95           ret

000012ce <__vector_9>:
};


SIGNAL (SIG_OVERFLOW1)
{
    12ce:       1f 92           push    r1
    12d0:       0f 92           push    r0
    12d2:       0f b6           in      r0, 0x3f        ; 63
    12d4:       0f 92           push    r0
    12d6:       11 24           eor     r1, r1
    12d8:       8f 93           push    r24
    12da:       9f 93           push    r25
 static unsigned char cnt_10ms = 0;
 TCNT1 -= TIMER_RELOAD_VALUE;
    12dc:       8c b5           in      r24, 0x2c       ; 44
    12de:       9d b5           in      r25, 0x2d       ; 45
    12e0:       8a 5f           subi    r24, 0xFA       ; 250
    12e2:       90 40           sbci    r25, 0x00       ; 0
    12e4:       9d bd           out     0x2d, r25       ; 45
    12e6:       8c bd           out     0x2c, r24       ; 44
 CountMilliseconds++;
    12e8:       80 91 a5 00     lds     r24, 0x00A5
    12ec:       90 91 a6 00     lds     r25, 0x00A6
    12f0:       01 96           adiw    r24, 0x01       ; 1
    12f2:       90 93 a6 00     sts     0x00A6, r25
    12f6:       80 93 a5 00     sts     0x00A5, r24
 if(DisplayBusy) DisplayBusy--;
    12fa:       80 91 93 00     lds     r24, 0x0093
    12fe:       88 23           and     r24, r24
    1300:       29 f0           breq    .+10            ; 0x130c <__vector_9+0x3e>
    1302:       80 91 93 00     lds     r24, 0x0093
    1306:       81 50           subi    r24, 0x01       ; 1
    1308:       80 93 93 00     sts     0x0093, r24
 if(LoescheIrCodeTimer) 
    130c:       80 91 7c 00     lds     r24, 0x007C
    1310:       90 91 7d 00     lds     r25, 0x007D
    1314:       00 97           sbiw    r24, 0x00       ; 0
    1316:       59 f0           breq    .+22            ; 0x132e <__vector_9+0x60>
  { 
   if(--LoescheIrCodeTimer == 0) IR_Code = 0;
    1318:       01 97           sbiw    r24, 0x01       ; 1
    131a:       90 93 7d 00     sts     0x007D, r25
    131e:       80 93 7c 00     sts     0x007C, r24
    1322:       00 97           sbiw    r24, 0x00       ; 0
    1324:       21 f4           brne    .+8             ; 0x132e <__vector_9+0x60>
    1326:       90 93 c8 01     sts     0x01C8, r25
    132a:       80 93 c7 01     sts     0x01C7, r24
    132e:       9f 91           pop     r25
    1330:       8f 91           pop     r24
    1332:       0f 90           pop     r0
    1334:       0f be           out     0x3f, r0        ; 63
    1336:       0f 90           pop     r0
    1338:       1f 90           pop     r1
    133a:       18 95           reti

0000133c <Timer1_Init>:
  } 
  
}


void Timer1_Init(void)
{

 TCCR1B = TIMER_TEILER;
    133c:       83 e0           ldi     r24, 0x03       ; 3
    133e:       8e bd           out     0x2e, r24       ; 46
 TCNT1 = -TIMER_RELOAD_VALUE;  // reload
    1340:       86 e0           ldi     r24, 0x06       ; 6
    1342:       9f ef           ldi     r25, 0xFF       ; 255
    1344:       9d bd           out     0x2d, r25       ; 45
    1346:       8c bd           out     0x2c, r24       ; 44
 //OCR1  = 0x00;
// Timer(s)/Counter(s) Interrupt(s) initialization
 
#if defined (__AVR_ATmega32__) 
  TIMSK |= 0x04;
    1348:       89 b7           in      r24, 0x39       ; 57
    134a:       84 60           ori     r24, 0x04       ; 4
    134c:       89 bf           out     0x39, r24       ; 57
    134e:       08 95           ret

00001350 <SetDelay>:
#endif

#if defined (__AVR_ATmega644__) 
 TIMSK1 |= _BV(TOIE1);
#endif
 
}


unsigned int SetDelay (unsigned int t)
{
  return(CountMilliseconds + t - 1);                                             
    1350:       20 91 a5 00     lds     r18, 0x00A5
    1354:       30 91 a6 00     lds     r19, 0x00A6
    1358:       28 0f           add     r18, r24
    135a:       39 1f           adc     r19, r25
}
    135c:       c9 01           movw    r24, r18
    135e:       01 97           sbiw    r24, 0x01       ; 1
    1360:       08 95           ret

00001362 <CheckDelay>:

char CheckDelay (unsigned int t)
{
  return(((t - CountMilliseconds) & 0x8000) >> 8);
    1362:       20 91 a5 00     lds     r18, 0x00A5
    1366:       30 91 a6 00     lds     r19, 0x00A6
    136a:       82 1b           sub     r24, r18
    136c:       93 0b           sbc     r25, r19
    136e:       89 2f           mov     r24, r25
    1370:       99 27           eor     r25, r25
    1372:       80 78           andi    r24, 0x80       ; 128
}
    1374:       99 27           eor     r25, r25
    1376:       08 95           ret

00001378 <Delay_ms>:

void Delay_ms(unsigned int w)
{
    1378:       cf 93           push    r28
    137a:       df 93           push    r29
 unsigned int akt;
 akt = SetDelay(w);
    137c:       0e 94 a8 09     call    0x1350 <SetDelay>
    1380:       ec 01           movw    r28, r24
 while (!CheckDelay(akt));
    1382:       ce 01           movw    r24, r28
    1384:       0e 94 b1 09     call    0x1362 <CheckDelay>
    1388:       88 23           and     r24, r24
    138a:       d9 f3           breq    .-10            ; 0x1382 <Delay_ms+0xa>
    138c:       df 91           pop     r29
    138e:       cf 91           pop     r28
    1390:       08 95           ret

00001392 <Keyboard_Init>:
unsigned int KeyTimer = 0;

void Keyboard_Init(void)
{
 KeyTimer = SetDelay(KEY_DELAY_MS);
    1392:       82 e3           ldi     r24, 0x32       ; 50
    1394:       90 e0           ldi     r25, 0x00       ; 0
    1396:       0e 94 a8 09     call    0x1350 <SetDelay>
    139a:       90 93 a9 00     sts     0x00A9, r25
    139e:       80 93 a8 00     sts     0x00A8, r24
    13a2:       08 95           ret

000013a4 <GetKeyboard>:
}

unsigned char GetKeyboard(void)
{
    13a4:       cf 93           push    r28
 static char taste1 = 0, taste2 = 0,taste3 = 0,taste4 = 0,taste5 = 0;
 unsigned char ret = 0;
    13a6:       c0 e0           ldi     r28, 0x00       ; 0
 if(CheckDelay(KeyTimer))
    13a8:       80 91 a8 00     lds     r24, 0x00A8
    13ac:       90 91 a9 00     lds     r25, 0x00A9
    13b0:       0e 94 b1 09     call    0x1362 <CheckDelay>
    13b4:       88 23           and     r24, r24
    13b6:       09 f4           brne    .+2             ; 0x13ba <GetKeyboard+0x16>
    13b8:       76 c0           rjmp    .+236           ; 0x14a6 <GetKeyboard+0x102>
 {
  if(_TASTE1) { if(taste1++ == 0 || taste1 == CNT_TASTE) ret |= KEY1;  if(taste1 == CNT_TASTE) taste1 = CNT_TASTE-CNT_TASTE/3;} else taste1 = 0;
    13ba:       cf 9b           sbis    0x19, 7 ; 25
    13bc:       12 c0           rjmp    .+36            ; 0x13e2 <GetKeyboard+0x3e>
    13be:       80 91 aa 00     lds     r24, 0x00AA
    13c2:       8f 5f           subi    r24, 0xFF       ; 255
    13c4:       80 93 aa 00     sts     0x00AA, r24
    13c8:       81 30           cpi     r24, 0x01       ; 1
    13ca:       11 f0           breq    .+4             ; 0x13d0 <GetKeyboard+0x2c>
    13cc:       8a 30           cpi     r24, 0x0A       ; 10
    13ce:       09 f4           brne    .+2             ; 0x13d2 <GetKeyboard+0x2e>
    13d0:       c1 e0           ldi     r28, 0x01       ; 1
    13d2:       80 91 aa 00     lds     r24, 0x00AA
    13d6:       8a 30           cpi     r24, 0x0A       ; 10
    13d8:       31 f4           brne    .+12            ; 0x13e6 <GetKeyboard+0x42>
    13da:       87 e0           ldi     r24, 0x07       ; 7
    13dc:       80 93 aa 00     sts     0x00AA, r24
    13e0:       02 c0           rjmp    .+4             ; 0x13e6 <GetKeyboard+0x42>
    13e2:       c0 93 aa 00     sts     0x00AA, r28
  if(_TASTE2) { if(taste2++ == 0 || taste2 == CNT_TASTE) ret |= KEY2;  if(taste2 == CNT_TASTE) taste2 = CNT_TASTE-CNT_TASTE/3;} else taste2 = 0; 
    13e6:       ce 9b           sbis    0x19, 6 ; 25
    13e8:       12 c0           rjmp    .+36            ; 0x140e <GetKeyboard+0x6a>
    13ea:       80 91 ab 00     lds     r24, 0x00AB
    13ee:       8f 5f           subi    r24, 0xFF       ; 255
    13f0:       80 93 ab 00     sts     0x00AB, r24
    13f4:       81 30           cpi     r24, 0x01       ; 1
    13f6:       11 f0           breq    .+4             ; 0x13fc <GetKeyboard+0x58>
    13f8:       8a 30           cpi     r24, 0x0A       ; 10
    13fa:       09 f4           brne    .+2             ; 0x13fe <GetKeyboard+0x5a>
    13fc:       c2 60           ori     r28, 0x02       ; 2
    13fe:       80 91 ab 00     lds     r24, 0x00AB
    1402:       8a 30           cpi     r24, 0x0A       ; 10
    1404:       31 f4           brne    .+12            ; 0x1412 <GetKeyboard+0x6e>
    1406:       87 e0           ldi     r24, 0x07       ; 7
    1408:       80 93 ab 00     sts     0x00AB, r24
    140c:       02 c0           rjmp    .+4             ; 0x1412 <GetKeyboard+0x6e>
    140e:       10 92 ab 00     sts     0x00AB, r1
  if(_TASTE3) { if(taste3++ == 0 || taste3 == CNT_TASTE) ret |= KEY3;  if(taste3 == CNT_TASTE) taste3 = CNT_TASTE-CNT_TASTE/3;} else taste3 = 0; 
    1412:       cd 9b           sbis    0x19, 5 ; 25
    1414:       12 c0           rjmp    .+36            ; 0x143a <GetKeyboard+0x96>
    1416:       80 91 ac 00     lds     r24, 0x00AC
    141a:       8f 5f           subi    r24, 0xFF       ; 255
    141c:       80 93 ac 00     sts     0x00AC, r24
    1420:       81 30           cpi     r24, 0x01       ; 1
    1422:       11 f0           breq    .+4             ; 0x1428 <GetKeyboard+0x84>
    1424:       8a 30           cpi     r24, 0x0A       ; 10
    1426:       09 f4           brne    .+2             ; 0x142a <GetKeyboard+0x86>
    1428:       c4 60           ori     r28, 0x04       ; 4
    142a:       80 91 ac 00     lds     r24, 0x00AC
    142e:       8a 30           cpi     r24, 0x0A       ; 10
    1430:       31 f4           brne    .+12            ; 0x143e <GetKeyboard+0x9a>
    1432:       87 e0           ldi     r24, 0x07       ; 7
    1434:       80 93 ac 00     sts     0x00AC, r24
    1438:       02 c0           rjmp    .+4             ; 0x143e <GetKeyboard+0x9a>
    143a:       10 92 ac 00     sts     0x00AC, r1
  if(_TASTE4) { if(taste4++ == 0 || taste4 == CNT_TASTE) ret |= KEY4;  if(taste4 == CNT_TASTE) taste4 = CNT_TASTE-CNT_TASTE/3;} else taste4 = 0; 
    143e:       cc 9b           sbis    0x19, 4 ; 25
    1440:       12 c0           rjmp    .+36            ; 0x1466 <GetKeyboard+0xc2>
    1442:       80 91 ad 00     lds     r24, 0x00AD
    1446:       8f 5f           subi    r24, 0xFF       ; 255
    1448:       80 93 ad 00     sts     0x00AD, r24
    144c:       81 30           cpi     r24, 0x01       ; 1
    144e:       11 f0           breq    .+4             ; 0x1454 <GetKeyboard+0xb0>
    1450:       8a 30           cpi     r24, 0x0A       ; 10
    1452:       09 f4           brne    .+2             ; 0x1456 <GetKeyboard+0xb2>
    1454:       c8 60           ori     r28, 0x08       ; 8
    1456:       80 91 ad 00     lds     r24, 0x00AD
    145a:       8a 30           cpi     r24, 0x0A       ; 10
    145c:       31 f4           brne    .+12            ; 0x146a <GetKeyboard+0xc6>
    145e:       87 e0           ldi     r24, 0x07       ; 7
    1460:       80 93 ad 00     sts     0x00AD, r24
    1464:       02 c0           rjmp    .+4             ; 0x146a <GetKeyboard+0xc6>
    1466:       10 92 ad 00     sts     0x00AD, r1
  if(_TASTE5) { if(taste5++ == 0 || taste5 == CNT_TASTE) ret |= KEY5;  if(taste5 == CNT_TASTE) taste5 = CNT_TASTE-CNT_TASTE/3;} else taste5 = 0; 
    146a:       cb 9b           sbis    0x19, 3 ; 25
    146c:       12 c0           rjmp    .+36            ; 0x1492 <GetKeyboard+0xee>
    146e:       80 91 ae 00     lds     r24, 0x00AE
    1472:       8f 5f           subi    r24, 0xFF       ; 255
    1474:       80 93 ae 00     sts     0x00AE, r24
    1478:       81 30           cpi     r24, 0x01       ; 1
    147a:       11 f0           breq    .+4             ; 0x1480 <GetKeyboard+0xdc>
    147c:       8a 30           cpi     r24, 0x0A       ; 10
    147e:       09 f4           brne    .+2             ; 0x1482 <GetKeyboard+0xde>
    1480:       c0 61           ori     r28, 0x10       ; 16
    1482:       80 91 ae 00     lds     r24, 0x00AE
    1486:       8a 30           cpi     r24, 0x0A       ; 10
    1488:       31 f4           brne    .+12            ; 0x1496 <GetKeyboard+0xf2>
    148a:       87 e0           ldi     r24, 0x07       ; 7
    148c:       80 93 ae 00     sts     0x00AE, r24
    1490:       02 c0           rjmp    .+4             ; 0x1496 <GetKeyboard+0xf2>
    1492:       10 92 ae 00     sts     0x00AE, r1
  KeyTimer = SetDelay(KEY_DELAY_MS);
    1496:       82 e3           ldi     r24, 0x32       ; 50
    1498:       90 e0           ldi     r25, 0x00       ; 0
    149a:       0e 94 a8 09     call    0x1350 <SetDelay>
    149e:       90 93 a9 00     sts     0x00A9, r25
    14a2:       80 93 a8 00     sts     0x00A8, r24
 } 
 return(ret);
}                   
    14a6:       8c 2f           mov     r24, r28
    14a8:       99 27           eor     r25, r25
    14aa:       cf 91           pop     r28
    14ac:       08 95           ret

000014ae <GetKeyboard2>:

unsigned char GetKeyboard2(void)
{
 unsigned char ret = 0;
    14ae:       80 e0           ldi     r24, 0x00       ; 0
  if(_TASTE1)  ret |= KEY1;  
    14b0:       cf 99           sbic    0x19, 7 ; 25
    14b2:       81 e0           ldi     r24, 0x01       ; 1
  if(_TASTE2)  ret |= KEY2;  
    14b4:       ce 99           sbic    0x19, 6 ; 25
    14b6:       82 60           ori     r24, 0x02       ; 2
  if(_TASTE3)  ret |= KEY3;  
    14b8:       cd 99           sbic    0x19, 5 ; 25
    14ba:       84 60           ori     r24, 0x04       ; 4
  if(_TASTE4)  ret |= KEY4;  
    14bc:       cc 99           sbic    0x19, 4 ; 25
    14be:       88 60           ori     r24, 0x08       ; 8
  if(_TASTE5)  ret |= KEY5;  
    14c0:       cb 99           sbic    0x19, 3 ; 25
    14c2:       80 61           ori     r24, 0x10       ; 16
 return(ret);
}                   
    14c4:       99 27           eor     r25, r25
    14c6:       08 95           ret

000014c8 <Menu>:
unsigned char KanalVon[MAX_KANAL];
unsigned char KanalAn[MAX_KANAL];

void Menu(unsigned char key)
 {
    14c8:       0f 93           push    r16
    14ca:       1f 93           push    r17
    14cc:       cf 93           push    r28
    14ce:       df 93           push    r29
  static unsigned int  arr = 0;
  static unsigned char MaxMenue = 2,MenuePunkt=0;       
  unsigned char kanal = 0;
 
  if(key & KEY1) { if(MenuePunkt) MenuePunkt--; else MenuePunkt = MaxMenue; LCD_Clear; }
    14d0:       c8 2f           mov     r28, r24
    14d2:       dd 27           eor     r29, r29
    14d4:       c0 ff           sbrs    r28, 0
    14d6:       0f c0           rjmp    .+30            ; 0x14f6 <Menu+0x2e>
    14d8:       80 91 b3 00     lds     r24, 0x00B3
    14dc:       88 23           and     r24, r24
    14de:       11 f0           breq    .+4             ; 0x14e4 <Menu+0x1c>
    14e0:       81 50           subi    r24, 0x01       ; 1
    14e2:       02 c0           rjmp    .+4             ; 0x14e8 <Menu+0x20>
    14e4:       80 91 7b 00     lds     r24, 0x007B
    14e8:       80 93 b3 00     sts     0x00B3, r24
    14ec:       81 e0           ldi     r24, 0x01       ; 1
    14ee:       0e 94 e1 05     call    0xbc2 <_lcd_write_command>
    14f2:       0e 94 c9 05     call    0xb92 <_long_delay>
  if(key & KEY2) { MenuePunkt++; LCD_Clear; }
    14f6:       8e 01           movw    r16, r28
    14f8:       02 70           andi    r16, 0x02       ; 2
    14fa:       10 70           andi    r17, 0x00       ; 0
    14fc:       c1 ff           sbrs    r28, 1
    14fe:       0a c0           rjmp    .+20            ; 0x1514 <Menu+0x4c>
    1500:       80 91 b3 00     lds     r24, 0x00B3
    1504:       8f 5f           subi    r24, 0xFF       ; 255
    1506:       80 93 b3 00     sts     0x00B3, r24
    150a:       81 e0           ldi     r24, 0x01       ; 1
    150c:       0e 94 e1 05     call    0xbc2 <_lcd_write_command>
    1510:       0e 94 c9 05     call    0xb92 <_long_delay>
  if((key & KEY1) && (key & KEY2)) MenuePunkt = 0;
    1514:       c0 ff           sbrs    r28, 0
    1516:       04 c0           rjmp    .+8             ; 0x1520 <Menu+0x58>
    1518:       01 2b           or      r16, r17
    151a:       11 f0           breq    .+4             ; 0x1520 <Menu+0x58>
    151c:       10 92 b3 00     sts     0x00B3, r1
//  LCD_printfxy(13,0,"[%i]",MenuePunkt);
  switch(MenuePunkt)
    1520:       20 91 b3 00     lds     r18, 0x00B3
    1524:       82 2f           mov     r24, r18
    1526:       99 27           eor     r25, r25
    1528:       81 30           cpi     r24, 0x01       ; 1
    152a:       91 05           cpc     r25, r1
    152c:       09 f4           brne    .+2             ; 0x1530 <Menu+0x68>
    152e:       41 c0           rjmp    .+130           ; 0x15b2 <Menu+0xea>
    1530:       82 30           cpi     r24, 0x02       ; 2
    1532:       91 05           cpc     r25, r1
    1534:       1c f4           brge    .+6             ; 0x153c <Menu+0x74>
    1536:       89 2b           or      r24, r25
    1538:       49 f0           breq    .+18            ; 0x154c <Menu+0x84>
    153a:       bf c0           rjmp    .+382           ; 0x16ba <Menu+0x1f2>
    153c:       82 30           cpi     r24, 0x02       ; 2
    153e:       91 05           cpc     r25, r1
    1540:       09 f4           brne    .+2             ; 0x1544 <Menu+0x7c>
    1542:       6a c0           rjmp    .+212           ; 0x1618 <Menu+0x150>
    1544:       03 97           sbiw    r24, 0x03       ; 3
    1546:       09 f4           brne    .+2             ; 0x154a <Menu+0x82>
    1548:       8e c0           rjmp    .+284           ; 0x1666 <Menu+0x19e>
    154a:       b7 c0           rjmp    .+366           ; 0x16ba <Menu+0x1f2>
   {
    case 0: 
           LCD_printfxy(0,0,"Verbinden mit");
    154c:       60 e0           ldi     r22, 0x00       ; 0
    154e:       86 2f           mov     r24, r22
    1550:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
    1554:       84 eb           ldi     r24, 0xB4       ; 180
    1556:       90 e0           ldi     r25, 0x00       ; 0
    1558:       9f 93           push    r25
    155a:       8f 93           push    r24
    155c:       0e 94 e3 06     call    0xdc6 <_printf_P>
           LCD_printfxy(0,1,"MicroSPS:%2i ",SlaveAdresse);
    1560:       61 e0           ldi     r22, 0x01       ; 1
    1562:       80 e0           ldi     r24, 0x00       ; 0
    1564:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
    1568:       0f 90           pop     r0
    156a:       0f 90           pop     r0
    156c:       80 91 64 00     lds     r24, 0x0064
    1570:       99 27           eor     r25, r25
    1572:       9f 93           push    r25
    1574:       8f 93           push    r24
    1576:       82 ec           ldi     r24, 0xC2       ; 194
    1578:       90 e0           ldi     r25, 0x00       ; 0
    157a:       9f 93           push    r25
    157c:       8f 93           push    r24
    157e:       0e 94 e3 06     call    0xdc6 <_printf_P>
           if(key & KEY3 && SlaveAdresse > 1) SlaveAdresse--;
    1582:       0f 90           pop     r0
    1584:       0f 90           pop     r0
    1586:       0f 90           pop     r0
    1588:       0f 90           pop     r0
    158a:       c2 ff           sbrs    r28, 2
    158c:       07 c0           rjmp    .+14            ; 0x159c <Menu+0xd4>
    158e:       80 91 64 00     lds     r24, 0x0064
    1592:       82 30           cpi     r24, 0x02       ; 2
    1594:       18 f0           brcs    .+6             ; 0x159c <Menu+0xd4>
    1596:       81 50           subi    r24, 0x01       ; 1
    1598:       80 93 64 00     sts     0x0064, r24
           if(key & KEY4 && SlaveAdresse < 26) SlaveAdresse++;
    159c:       c3 ff           sbrs    r28, 3
    159e:       92 c0           rjmp    .+292           ; 0x16c4 <Menu+0x1fc>
    15a0:       80 91 64 00     lds     r24, 0x0064
    15a4:       8a 31           cpi     r24, 0x1A       ; 26
    15a6:       08 f0           brcs    .+2             ; 0x15aa <Menu+0xe2>
    15a8:       8d c0           rjmp    .+282           ; 0x16c4 <Menu+0x1fc>
    15aa:       8f 5f           subi    r24, 0xFF       ; 255
    15ac:       80 93 64 00     sts     0x0064, r24
           break;
    15b0:       89 c0           rjmp    .+274           ; 0x16c4 <Menu+0x1fc>
    case 1: 
           LCD_printfxy(0,0,"Max Adresse");
    15b2:       60 e0           ldi     r22, 0x00       ; 0
    15b4:       86 2f           mov     r24, r22
    15b6:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
    15ba:       80 ed           ldi     r24, 0xD0       ; 208
    15bc:       90 e0           ldi     r25, 0x00       ; 0
    15be:       9f 93           push    r25
    15c0:       8f 93           push    r24
    15c2:       0e 94 e3 06     call    0xdc6 <_printf_P>
           LCD_printfxy(0,1,"%2i ",AnzahlTeilnehmer);
    15c6:       61 e0           ldi     r22, 0x01       ; 1
    15c8:       80 e0           ldi     r24, 0x00       ; 0
    15ca:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
    15ce:       0f 90           pop     r0
    15d0:       0f 90           pop     r0
    15d2:       80 91 6c 00     lds     r24, 0x006C
    15d6:       99 27           eor     r25, r25
    15d8:       9f 93           push    r25
    15da:       8f 93           push    r24
    15dc:       8c ed           ldi     r24, 0xDC       ; 220
    15de:       90 e0           ldi     r25, 0x00       ; 0
    15e0:       9f 93           push    r25
    15e2:       8f 93           push    r24
    15e4:       0e 94 e3 06     call    0xdc6 <_printf_P>
           if(key & KEY3 && AnzahlTeilnehmer > 1)  AnzahlTeilnehmer--;
    15e8:       0f 90           pop     r0
    15ea:       0f 90           pop     r0
    15ec:       0f 90           pop     r0
    15ee:       0f 90           pop     r0
    15f0:       c2 ff           sbrs    r28, 2
    15f2:       07 c0           rjmp    .+14            ; 0x1602 <Menu+0x13a>
    15f4:       80 91 6c 00     lds     r24, 0x006C
    15f8:       82 30           cpi     r24, 0x02       ; 2
    15fa:       18 f0           brcs    .+6             ; 0x1602 <Menu+0x13a>
    15fc:       81 50           subi    r24, 0x01       ; 1
    15fe:       80 93 6c 00     sts     0x006C, r24
           if(key & KEY4 && AnzahlTeilnehmer < 26) AnzahlTeilnehmer++;
    1602:       c3 ff           sbrs    r28, 3
    1604:       5f c0           rjmp    .+190           ; 0x16c4 <Menu+0x1fc>
    1606:       80 91 6c 00     lds     r24, 0x006C
    160a:       8a 31           cpi     r24, 0x1A       ; 26
    160c:       08 f0           brcs    .+2             ; 0x1610 <Menu+0x148>
    160e:       5a c0           rjmp    .+180           ; 0x16c4 <Menu+0x1fc>
    1610:       8f 5f           subi    r24, 0xFF       ; 255
    1612:       80 93 6c 00     sts     0x006C, r24
           break;
    1616:       56 c0           rjmp    .+172           ; 0x16c4 <Menu+0x1fc>
    case 2: 
           LCD_printfxy(0,0,"Checksum");
    1618:       60 e0           ldi     r22, 0x00       ; 0
    161a:       86 2f           mov     r24, r22
    161c:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
    1620:       81 ee           ldi     r24, 0xE1       ; 225
    1622:       90 e0           ldi     r25, 0x00       ; 0
    1624:       9f 93           push    r25
    1626:       8f 93           push    r24
    1628:       0e 94 e3 06     call    0xdc6 <_printf_P>
           LCD_printfxy(0,1,"Errors:%5i ",CntCrcError);
    162c:       61 e0           ldi     r22, 0x01       ; 1
    162e:       80 e0           ldi     r24, 0x00       ; 0
    1630:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
    1634:       0f 90           pop     r0
    1636:       0f 90           pop     r0
    1638:       80 91 99 00     lds     r24, 0x0099
    163c:       90 91 9a 00     lds     r25, 0x009A
    1640:       9f 93           push    r25
    1642:       8f 93           push    r24
    1644:       8a ee           ldi     r24, 0xEA       ; 234
    1646:       90 e0           ldi     r25, 0x00       ; 0
    1648:       9f 93           push    r25
    164a:       8f 93           push    r24
    164c:       0e 94 e3 06     call    0xdc6 <_printf_P>
           if(key & KEY3) CntCrcError = 0;
    1650:       0f 90           pop     r0
    1652:       0f 90           pop     r0
    1654:       0f 90           pop     r0
    1656:       0f 90           pop     r0
    1658:       c2 ff           sbrs    r28, 2
    165a:       34 c0           rjmp    .+104           ; 0x16c4 <Menu+0x1fc>
    165c:       10 92 9a 00     sts     0x009A, r1
    1660:       10 92 99 00     sts     0x0099, r1
           break;
    1664:       2f c0           rjmp    .+94            ; 0x16c4 <Menu+0x1fc>
    case 3: 
           LCD_printfxy(0,0,"Display");
    1666:       60 e0           ldi     r22, 0x00       ; 0
    1668:       86 2f           mov     r24, r22
    166a:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
    166e:       86 ef           ldi     r24, 0xF6       ; 246
    1670:       90 e0           ldi     r25, 0x00       ; 0
    1672:       9f 93           push    r25
    1674:       8f 93           push    r24
    1676:       0e 94 e3 06     call    0xdc6 <_printf_P>
           LCD_printfxy(0,1,"Zeilen:%1i ",DisplayZeilen);
    167a:       61 e0           ldi     r22, 0x01       ; 1
    167c:       80 e0           ldi     r24, 0x00       ; 0
    167e:       0e 94 55 06     call    0xcaa <LCD_Gotoxy>
    1682:       0f 90           pop     r0
    1684:       0f 90           pop     r0
    1686:       80 91 65 00     lds     r24, 0x0065
    168a:       99 27           eor     r25, r25
    168c:       9f 93           push    r25
    168e:       8f 93           push    r24
    1690:       8e ef           ldi     r24, 0xFE       ; 254
    1692:       90 e0           ldi     r25, 0x00       ; 0
    1694:       9f 93           push    r25
    1696:       8f 93           push    r24
    1698:       0e 94 e3 06     call    0xdc6 <_printf_P>
           if(key & KEY3) DisplayZeilen = 4;
    169c:       0f 90           pop     r0
    169e:       0f 90           pop     r0
    16a0:       0f 90           pop     r0
    16a2:       0f 90           pop     r0
    16a4:       c2 ff           sbrs    r28, 2
    16a6:       03 c0           rjmp    .+6             ; 0x16ae <Menu+0x1e6>
    16a8:       84 e0           ldi     r24, 0x04       ; 4
    16aa:       80 93 65 00     sts     0x0065, r24
           if(key & KEY4) DisplayZeilen = 2;
    16ae:       c3 ff           sbrs    r28, 3
    16b0:       09 c0           rjmp    .+18            ; 0x16c4 <Menu+0x1fc>
    16b2:       82 e0           ldi     r24, 0x02       ; 2
    16b4:       80 93 65 00     sts     0x0065, r24
           break;
    16b8:       05 c0           rjmp    .+10            ; 0x16c4 <Menu+0x1fc>


/*    case 1: 
    case 2: 
    case 3: 
    case 4: 
               kanal = MenuePunkt - 1;
           LCD_printfxy(0,0,"Datenkanal:%2i",kanal);
           LCD_printfxy(0,1,"Von:%2i an %2i ",KanalVon[kanal],KanalAn[kanal]);
           if(key & KEY3) KanalVon[kanal]++;
           if(key & KEY4) KanalAn[kanal]++;
                   KanalVon[kanal] % MAX_KANAL;
                   KanalAn[kanal] % MAX_KANAL;
           break;
*/
/*
    case 1: 
           LCD_printfxy(0,0,"Intervall");
           LCD_printfxy(0,1,"Display:%3ims ",IntervallDisplay);
           if(key & KEY3 && IntervallDisplay > 25)  IntervallDisplay -= 5;
           if(key & KEY4 && IntervallDisplay < 990) IntervallDisplay += 5;
           break;
    case 2: 
           LCD_printfxy(0,0,"Intervall");
           LCD_printfxy(0,1,"Debug:%3ims ",IntervallDebug);
           if(key & KEY3 && IntervallDebug > 25)  IntervallDebug -= 5;
           if(key & KEY4 && IntervallDebug < 990) IntervallDebug += 5;
           break;

    case 1: 
           LCD_printfxy(0,0,"Time");
           LCD_printfxy(0,1,"%3i:%02i",Minute,Sekunde);
           if(key & KEY3) if(Minute) Minute--; 
           if(key & KEY4) Minute++;
           if(key & KEY5) Sekunde = 0;
           break;
    case 2: 
           LCD_printfxy(0,0,"Testvariable");
           LCD_printfxy(0,1,"TestInt:%5i",TestInt);
           if(key & KEY3) TestInt--;
           if(key & KEY4) TestInt++;
           break;
    case 3: 
           LCD_printfxy(0,0,"Testarray");
           LCD_printfxy(0,1,"Array[%i]=%3i",arr,Array[arr]);
           if(key & KEY5) if(++arr == ARRAYGROESSE) arr = 0;
           if(key & KEY3) Array[arr]--;
           if(key & KEY4) Array[arr]++;
           break;
    case 4: 
                    LCD_printfxy(0,0,"Infrarot RC5:");
            LCD_printfxy(0,1,"Adr:%2i Cmd:%3i",(IR_Code >> 8), IR_Code & 0xff);
           break;
*/           
    default: MaxMenue = MenuePunkt - 1;
    16ba:       21 50           subi    r18, 0x01       ; 1
    16bc:       20 93 7b 00     sts     0x007B, r18
             MenuePunkt = 0; 
    16c0:       10 92 b3 00     sts     0x00B3, r1
    16c4:       df 91           pop     r29
    16c6:       cf 91           pop     r28
    16c8:       1f 91           pop     r17
    16ca:       0f 91           pop     r16
    16cc:       08 95           ret

000016ce <InitIR>:
// Init IR
// ************************************************************************
void InitIR(void)
{
  INT0_ENABLE;           // ext. Int0 enable   
    16ce:       8b b7           in      r24, 0x3b       ; 59
    16d0:       80 64           ori     r24, 0x40       ; 64
    16d2:       8b bf           out     0x3b, r24       ; 59
  CLR_INT0_FLAG;            // war |= 0x40
    16d4:       8a b7           in      r24, 0x3a       ; 58
    16d6:       8f 7b           andi    r24, 0xBF       ; 191
    16d8:       8a bf           out     0x3a, r24       ; 58
  INIT_INT0_FLANKE;
    16da:       85 b7           in      r24, 0x35       ; 53
    16dc:       8c 7f           andi    r24, 0xFC       ; 252
    16de:       85 bf           out     0x35, r24       ; 53
    16e0:       85 b7           in      r24, 0x35       ; 53
    16e2:       82 60           ori     r24, 0x02       ; 2
    16e4:       85 bf           out     0x35, r24       ; 53
  TIMER0_PRESCALER = 0x04;           // Timer0: Clk div 256
    16e6:       84 e0           ldi     r24, 0x04       ; 4
    16e8:       83 bf           out     0x33, r24       ; 51
  
  Decodierung_Lauft = 0;
    16ea:       10 92 c9 01     sts     0x01C9, r1
  New_IR_Code = 0; 
    16ee:       10 92 c6 01     sts     0x01C6, r1
  IR_Code = 0;    
    16f2:       10 92 c8 01     sts     0x01C8, r1
    16f6:       10 92 c7 01     sts     0x01C7, r1
    16fa:       08 95           ret

000016fc <__vector_1>:
  


}
// **************************************************************************
// * aufgerufen durch: externer Interrupt
// **************************************************************************
// * Die Funktion wird durch einen externen Interrupt aufgerufen.
// * Sie dient nur zum Starten der Abtastsequenz und zum Triggern auf die
// * Signalflanken in der Mitte der Daten.
// **************************************************************************
SIGNAL (SIG_INTERRUPT0)
{
    16fc:       1f 92           push    r1
    16fe:       0f 92           push    r0
    1700:       0f b6           in      r0, 0x3f        ; 63
    1702:       0f 92           push    r0
    1704:       11 24           eor     r1, r1
    1706:       8f 93           push    r24
    // Zeitbasis fuer Timer einstellen
    // Entspricht 1,5 mal einer Bitlaenge
//    PORTB++;
     TCNT0 = -41;              
    1708:       87 ed           ldi     r24, 0xD7       ; 215
    170a:       82 bf           out     0x32, r24       ; 50
     TIM0_START;                         // Timer 0 starten, 
    170c:       89 b7           in      r24, 0x39       ; 57
    170e:       81 60           ori     r24, 0x01       ; 1
    1710:       89 bf           out     0x39, r24       ; 57
     if(Decodierung_Lauft) INT0_DISABLE; // die erneute Int.-Ausl”sung soll
    1712:       80 91 c9 01     lds     r24, 0x01C9
    1716:       88 23           and     r24, r24
    1718:       19 f0           breq    .+6             ; 0x1720 <__vector_1+0x24>
    171a:       8b b7           in      r24, 0x3b       ; 59
    171c:       8f 7b           andi    r24, 0xBF       ; 191
    171e:       8b bf           out     0x3b, r24       ; 59
    1720:       8f 91           pop     r24
    1722:       0f 90           pop     r0
    1724:       0f be           out     0x3f, r0        ; 63
    1726:       0f 90           pop     r0
    1728:       1f 90           pop     r1
    172a:       18 95           reti

0000172c <__vector_11>:
                                                   // nur die Timer-Routine erlauben

}

// **************************************************************************
// * aufgerufen durch: Timerueberlauf Timer 0
// **************************************************************************
// * Die Funktion wird durch einen Timer0-Interrupt aufgerufen.
// * Der Timer wird vom ext. Int0 gestartet.
// * Das Infrarotsignal wird hier abgetastet und die Wertigkeiten der
// * Bits entsprechend aufaddiert. Das empfangende Zeichen wird in der
// * globalen Variablen IR_Code gespeichert. Nach Empfang wird das Bit
// * Neues_Zeichen gesetzt.
// **************************************************************************
SIGNAL (SIG_OVERFLOW0)
{
    172c:       1f 92           push    r1
    172e:       0f 92           push    r0
    1730:       0f b6           in      r0, 0x3f        ; 63
    1732:       0f 92           push    r0
    1734:       11 24           eor     r1, r1
    1736:       2f 93           push    r18
    1738:       3f 93           push    r19
    173a:       4f 93           push    r20
    173c:       8f 93           push    r24
    173e:       9f 93           push    r25

static unsigned int  Shift,IR_Code_tmp;
static unsigned char IR_Zaehler=0,IRSperrCounter=0;
// Reinitialize Timer's 0 value
TCNT1 = -41;
    1740:       87 ed           ldi     r24, 0xD7       ; 215
    1742:       9f ef           ldi     r25, 0xFF       ; 255
    1744:       9d bd           out     0x2d, r25       ; 45
    1746:       8c bd           out     0x2c, r24       ; 44
 if (IRSperrCounter) 
    1748:       80 91 b9 00     lds     r24, 0x00B9
    174c:       88 23           and     r24, r24
    174e:       69 f0           breq    .+26            ; 0x176a <__vector_11+0x3e>
 { IRSperrCounter--;
    1750:       81 50           subi    r24, 0x01       ; 1
    1752:       80 93 b9 00     sts     0x00B9, r24
   if (!IRSperrCounter) 
    1756:       88 23           and     r24, r24
    1758:       09 f0           breq    .+2             ; 0x175c <__vector_11+0x30>
    175a:       8a c0           rjmp    .+276           ; 0x1870 <__vector_11+0x144>
   { 
     TIM0_STOPP;   // Timer0 sperre wird durch ExtInt0 gestartet
    175c:       89 b7           in      r24, 0x39       ; 57
    175e:       8e 7f           andi    r24, 0xFE       ; 254
    1760:       89 bf           out     0x39, r24       ; 57
     CLR_INT0_FLAG;   // IntFlag Loeschen
    1762:       8a b7           in      r24, 0x3a       ; 58
    1764:       8f 7b           andi    r24, 0xBF       ; 191
    1766:       8a bf           out     0x3a, r24       ; 58
    1768:       80 c0           rjmp    .+256           ; 0x186a <__vector_11+0x13e>
     INT0_ENABLE;   // externen Interrupt wieder freigenben
   }  
 }
 else
 {
  if(IR_Zaehler > 1)
    176a:       40 91 b8 00     lds     r20, 0x00B8
    176e:       42 30           cpi     r20, 0x02       ; 2
    1770:       88 f0           brcs    .+34            ; 0x1794 <__vector_11+0x68>
        {
          Decodierung_Lauft = 1;
    1772:       81 e0           ldi     r24, 0x01       ; 1
    1774:       80 93 c9 01     sts     0x01C9, r24
            {
         CLR_INT0_FLAG;            // Interrupt Flag loeschen
    1778:       8a b7           in      r24, 0x3a       ; 58
    177a:       8f 7b           andi    r24, 0xBF       ; 191
    177c:       8a bf           out     0x3a, r24       ; 58
             if(IR_PP) INT0_NEG_FLANKE; // naechste fallende  Flanke soll Int0 ausloesen
    177e:       82 9b           sbis    0x10, 2 ; 16
    1780:       03 c0           rjmp    .+6             ; 0x1788 <__vector_11+0x5c>
    1782:       85 b7           in      r24, 0x35       ; 53
    1784:       8e 7f           andi    r24, 0xFE       ; 254
    1786:       02 c0           rjmp    .+4             ; 0x178c <__vector_11+0x60>
             else      INT0_POS_FLANKE;    // naechste steigende Flanke soll Int0 ausloesen
    1788:       85 b7           in      r24, 0x35       ; 53
    178a:       81 60           ori     r24, 0x01       ; 1
    178c:       85 bf           out     0x35, r24       ; 53
             INT0_ENABLE;            // externen Int frei
    178e:       8b b7           in      r24, 0x3b       ; 59
    1790:       80 64           ori     r24, 0x40       ; 64
    1792:       8b bf           out     0x3b, r24       ; 59
            }
        }
 
  if(!IR_Zaehler)              // es beginnt eine neue Abtastung
    1794:       44 23           and     r20, r20
    1796:       59 f4           brne    .+22            ; 0x17ae <__vector_11+0x82>
  {                           // es handelt sich um das 1. Sync-Bit
    IR_Code_tmp=0;             // Merker löschen
    1798:       10 92 b7 00     sts     0x00B7, r1
    179c:       10 92 b6 00     sts     0x00B6, r1
     Shift=0x8000; //;8192;                // Maske auf MSB 
    17a0:       80 e0           ldi     r24, 0x00       ; 0
    17a2:       90 e8           ldi     r25, 0x80       ; 128
    17a4:       90 93 b5 00     sts     0x00B5, r25
    17a8:       80 93 b4 00     sts     0x00B4, r24
    17ac:       14 c0           rjmp    .+40            ; 0x17d6 <__vector_11+0xaa>
  }
  else
  if(IR_PP==1)                // das empfangende Bit ist logisch High
    17ae:       82 9b           sbis    0x10, 2 ; 16
    17b0:       10 c0           rjmp    .+32            ; 0x17d2 <__vector_11+0xa6>
  {  if(IR_Zaehler>2)         // (IR_Zaehler ist gleich 1 beim 2. Sync-Bit)
    17b2:       43 30           cpi     r20, 0x03       ; 3
    17b4:       70 f0           brcs    .+28            ; 0x17d2 <__vector_11+0xa6>
      {                       // 2 --> Toggle-Bit (wird übersprungen)
        IR_Code_tmp |= Shift; // entsprechendse Bit setzen 
    17b6:       80 91 b6 00     lds     r24, 0x00B6
    17ba:       90 91 b7 00     lds     r25, 0x00B7
    17be:       20 91 b4 00     lds     r18, 0x00B4
    17c2:       30 91 b5 00     lds     r19, 0x00B5
    17c6:       82 2b           or      r24, r18
    17c8:       93 2b           or      r25, r19
    17ca:       90 93 b7 00     sts     0x00B7, r25
    17ce:       80 93 b6 00     sts     0x00B6, r24
      }
  }
  
  if ((IR_Zaehler < 2) && !(IR_PP==1)) // startbits überprüfen
    17d2:       42 30           cpi     r20, 0x02       ; 2
    17d4:       20 f4           brcc    .+8             ; 0x17de <__vector_11+0xb2>
    17d6:       82 99           sbic    0x10, 2 ; 16
    17d8:       02 c0           rjmp    .+4             ; 0x17de <__vector_11+0xb2>
  {
   IR_Zaehler = 0;   
    17da:       10 92 b8 00     sts     0x00B8, r1
   }
 
  Shift >>=1;                   // Shiftregister um 1 nach rechts schieben
    17de:       80 91 b4 00     lds     r24, 0x00B4
    17e2:       90 91 b5 00     lds     r25, 0x00B5
    17e6:       96 95           lsr     r25
    17e8:       87 95           ror     r24
    17ea:       90 93 b5 00     sts     0x00B5, r25
    17ee:       80 93 b4 00     sts     0x00B4, r24
                               // (für das nächste empf. Bit  
  if (Shift == 128) Shift = 32; // Adresse ins HighByte, Kommando ins LowByte                            
    17f2:       80 38           cpi     r24, 0x80       ; 128
    17f4:       91 05           cpc     r25, r1
    17f6:       31 f4           brne    .+12            ; 0x1804 <__vector_11+0xd8>
    17f8:       80 e2           ldi     r24, 0x20       ; 32
    17fa:       90 e0           ldi     r25, 0x00       ; 0
    17fc:       90 93 b5 00     sts     0x00B5, r25
    1800:       80 93 b4 00     sts     0x00B4, r24
 
  if(IR_Zaehler++==15)        // Das IR-Wort wurde vollstaendig abgetastet
    1804:       80 91 b8 00     lds     r24, 0x00B8
    1808:       8f 5f           subi    r24, 0xFF       ; 255
    180a:       80 93 b8 00     sts     0x00B8, r24
    180e:       80 31           cpi     r24, 0x10       ; 16
    1810:       79 f5           brne    .+94            ; 0x1870 <__vector_11+0x144>
    {
       CLR_INT0_FLAG;      // IntFlag Loeschen
    1812:       8a b7           in      r24, 0x3a       ; 58
    1814:       8f 7b           andi    r24, 0xBF       ; 191
    1816:       8a bf           out     0x3a, r24       ; 58
       INT0_NEG_FLANKE;      // fallende Flanke
    1818:       85 b7           in      r24, 0x35       ; 53
    181a:       8e 7f           andi    r24, 0xFE       ; 254
    181c:       85 bf           out     0x35, r24       ; 53
       IR_Zaehler = 0;
    181e:       10 92 b8 00     sts     0x00B8, r1
       Decodierung_Lauft=0;  
    1822:       10 92 c9 01     sts     0x01C9, r1
  /*     if ((HIGH(IR_Code_tmp)==ALLOWED1)|| (HIGH(IR_Code_tmp)==ALLOWED2)||
            (HIGH(IR_Code_tmp)==ALLOWED3)||(HIGH(IR_Code_tmp)==ALLOWED4)||
           (HIGH(IR_Code_tmp)==ALLOWED5) )
         if ((HIGH(IR_Code_tmp)< 10))*/
    if ((HIGH(IR_Code_tmp)< 10 ) && (LOW(IR_Code_tmp)!=0x3F) )
    1826:       80 91 b7 00     lds     r24, 0x00B7
    182a:       8a 30           cpi     r24, 0x0A       ; 10
    182c:       d8 f4           brcc    .+54            ; 0x1864 <__vector_11+0x138>
    182e:       80 91 b6 00     lds     r24, 0x00B6
    1832:       8f 33           cpi     r24, 0x3F       ; 63
    1834:       b9 f0           breq    .+46            ; 0x1864 <__vector_11+0x138>
        { // nur erlaubt Adressen werden akzepetiert
         IR_Code=IR_Code_tmp;  // IR-Wort in die globale Variable schreiben
    1836:       80 91 b6 00     lds     r24, 0x00B6
    183a:       90 91 b7 00     lds     r25, 0x00B7
    183e:       90 93 c8 01     sts     0x01C8, r25
    1842:       80 93 c7 01     sts     0x01C7, r24
         New_IR_Code = 1;        // Es ist ein neues Zeichen eingetragen worden
    1846:       81 e0           ldi     r24, 0x01       ; 1
    1848:       80 93 c6 01     sts     0x01C6, r24
         IRSperrCounter = 4; // weitere Kommandos für 200 * 1,3ms unterdrücken 
    184c:       84 e0           ldi     r24, 0x04       ; 4
    184e:       80 93 b9 00     sts     0x00B9, r24
                 INT0_ENABLE;     // externen Interrupt wieder freigenben
    1852:       8b b7           in      r24, 0x3b       ; 59
    1854:       80 64           ori     r24, 0x40       ; 64
    1856:       8b bf           out     0x3b, r24       ; 59
         LoescheIrCodeTimer = 250;
    1858:       8a ef           ldi     r24, 0xFA       ; 250
    185a:       90 e0           ldi     r25, 0x00       ; 0
    185c:       90 93 7d 00     sts     0x007D, r25
    1860:       80 93 7c 00     sts     0x007C, r24
       } 
     IRSperrCounter = 4; // weitere Kommandos für 200 * 1,3ms unterdrücken 
    1864:       84 e0           ldi     r24, 0x04       ; 4
    1866:       80 93 b9 00     sts     0x00B9, r24
         INT0_ENABLE;     // externen Interrupt wieder freigenben
    186a:       8b b7           in      r24, 0x3b       ; 59
    186c:       80 64           ori     r24, 0x40       ; 64
    186e:       8b bf           out     0x3b, r24       ; 59
    1870:       9f 91           pop     r25
    1872:       8f 91           pop     r24
    1874:       4f 91           pop     r20
    1876:       3f 91           pop     r19
    1878:       2f 91           pop     r18
    187a:       0f 90           pop     r0
    187c:       0f be           out     0x3f, r0        ; 63
    187e:       0f 90           pop     r0
    1880:       1f 90           pop     r1
    1882:       18 95           reti

00001884 <ADC_Init>:

// ---------------------------------------------------------------------------------------
void ADC_Init(void)
{
  ADMUX = 0;
    1884:       17 b8           out     0x07, r1        ; 7
  ADCSRA = 0x86;
    1886:       86 e8           ldi     r24, 0x86       ; 134
    1888:       86 b9           out     0x06, r24       ; 6
    188a:       08 95           ret

0000188c <ReadADC>:
}

// ---------------------------------------------------------------------------------------
unsigned int ReadADC(unsigned char adc_input)
{
 ADMUX = adc_input;
    188c:       87 b9           out     0x07, r24       ; 7
 ADCSRA |= 0x40;
    188e:       36 9a           sbi     0x06, 6 ; 6
 //Delay_ms(10);
 while ((ADCSRA & 0x10) == 0);
    1890:       34 9b           sbis    0x06, 4 ; 6
    1892:       fe cf           rjmp    .-4             ; 0x1890 <ReadADC+0x4>
 ADCSRA |= 0x10;
    1894:       34 9a           sbi     0x06, 4 ; 6
 return ADCW;   // read ad and calc. temp.
    1896:       84 b1           in      r24, 0x04       ; 4
    1898:       95 b1           in      r25, 0x05       ; 5
    189a:       08 95           ret

0000189c <GetAnalogWerte>:
}

void GetAnalogWerte(void)
{
 AnalogWerte[0] = ReadADC(0);
    189c:       80 e0           ldi     r24, 0x00       ; 0
    189e:       0e 94 46 0c     call    0x188c <ReadADC>
    18a2:       90 93 cb 01     sts     0x01CB, r25
    18a6:       80 93 ca 01     sts     0x01CA, r24
 AnalogWerte[1] = ReadADC(1);
    18aa:       81 e0           ldi     r24, 0x01       ; 1
    18ac:       0e 94 46 0c     call    0x188c <ReadADC>
    18b0:       90 93 cd 01     sts     0x01CD, r25
    18b4:       80 93 cc 01     sts     0x01CC, r24
 AnalogWerte[2] = ReadADC(2);
    18b8:       82 e0           ldi     r24, 0x02       ; 2
    18ba:       0e 94 46 0c     call    0x188c <ReadADC>
    18be:       90 93 cf 01     sts     0x01CF, r25
    18c2:       80 93 ce 01     sts     0x01CE, r24
    18c6:       08 95           ret

000018c8 <memchr>:
    18c8:       fc 01           movw    r30, r24
    18ca:       41 50           subi    r20, 0x01       ; 1
    18cc:       50 40           sbci    r21, 0x00       ; 0
    18ce:       30 f0           brcs    .+12            ; 0x18dc <memchr+0x14>
    18d0:       01 90           ld      r0, Z+
    18d2:       06 16           cp      r0, r22
    18d4:       d1 f7           brne    .-12            ; 0x18ca <memchr+0x2>
    18d6:       31 97           sbiw    r30, 0x01       ; 1
    18d8:       cf 01           movw    r24, r30
    18da:       08 95           ret
    18dc:       88 27           eor     r24, r24
    18de:       99 27           eor     r25, r25
    18e0:       08 95           ret

000018e2 <fdevopen>:
    18e2:       0f 93           push    r16
    18e4:       1f 93           push    r17
    18e6:       cf 93           push    r28
    18e8:       df 93           push    r29
    18ea:       8c 01           movw    r16, r24
    18ec:       eb 01           movw    r28, r22
    18ee:       00 97           sbiw    r24, 0x00       ; 0
    18f0:       11 f4           brne    .+4             ; 0x18f6 <fdevopen+0x14>
    18f2:       67 2b           or      r22, r23
    18f4:       c1 f1           breq    .+112           ; 0x1966 <fdevopen+0x84>
    18f6:       6e e0           ldi     r22, 0x0E       ; 14
    18f8:       70 e0           ldi     r23, 0x00       ; 0
    18fa:       81 e0           ldi     r24, 0x01       ; 1
    18fc:       90 e0           ldi     r25, 0x00       ; 0
    18fe:       0e 94 b8 0c     call    0x1970 <calloc>
    1902:       fc 01           movw    r30, r24
    1904:       89 2b           or      r24, r25
    1906:       71 f1           breq    .+92            ; 0x1964 <fdevopen+0x82>
    1908:       80 e8           ldi     r24, 0x80       ; 128
    190a:       83 83           std     Z+3, r24        ; 0x03
    190c:       20 97           sbiw    r28, 0x00       ; 0
    190e:       71 f0           breq    .+28            ; 0x192c <fdevopen+0x4a>
    1910:       d3 87           std     Z+11, r29       ; 0x0b
    1912:       c2 87           std     Z+10, r28       ; 0x0a
    1914:       81 e8           ldi     r24, 0x81       ; 129
    1916:       83 83           std     Z+3, r24        ; 0x03
    1918:       80 91 d0 01     lds     r24, 0x01D0
    191c:       90 91 d1 01     lds     r25, 0x01D1
    1920:       89 2b           or      r24, r25
    1922:       21 f4           brne    .+8             ; 0x192c <fdevopen+0x4a>
    1924:       f0 93 d1 01     sts     0x01D1, r31
    1928:       e0 93 d0 01     sts     0x01D0, r30
    192c:       01 15           cp      r16, r1
    192e:       11 05           cpc     r17, r1
    1930:       c9 f0           breq    .+50            ; 0x1964 <fdevopen+0x82>
    1932:       11 87           std     Z+9, r17        ; 0x09
    1934:       00 87           std     Z+8, r16        ; 0x08
    1936:       83 81           ldd     r24, Z+3        ; 0x03
    1938:       82 60           ori     r24, 0x02       ; 2
    193a:       83 83           std     Z+3, r24        ; 0x03
    193c:       80 91 d2 01     lds     r24, 0x01D2
    1940:       90 91 d3 01     lds     r25, 0x01D3
    1944:       89 2b           or      r24, r25
    1946:       71 f4           brne    .+28            ; 0x1964 <fdevopen+0x82>
    1948:       f0 93 d3 01     sts     0x01D3, r31
    194c:       e0 93 d2 01     sts     0x01D2, r30
    1950:       80 91 d4 01     lds     r24, 0x01D4
    1954:       90 91 d5 01     lds     r25, 0x01D5
    1958:       89 2b           or      r24, r25
    195a:       21 f4           brne    .+8             ; 0x1964 <fdevopen+0x82>
    195c:       f0 93 d5 01     sts     0x01D5, r31
    1960:       e0 93 d4 01     sts     0x01D4, r30
    1964:       cf 01           movw    r24, r30
    1966:       df 91           pop     r29
    1968:       cf 91           pop     r28
    196a:       1f 91           pop     r17
    196c:       0f 91           pop     r16
    196e:       08 95           ret

00001970 <calloc>:
    1970:       0f 93           push    r16
    1972:       1f 93           push    r17
    1974:       cf 93           push    r28
    1976:       df 93           push    r29
    1978:       86 9f           mul     r24, r22
    197a:       80 01           movw    r16, r0
    197c:       87 9f           mul     r24, r23
    197e:       10 0d           add     r17, r0
    1980:       96 9f           mul     r25, r22
    1982:       10 0d           add     r17, r0
    1984:       11 24           eor     r1, r1
    1986:       c8 01           movw    r24, r16
    1988:       0e 94 d4 0c     call    0x19a8 <malloc>
    198c:       ec 01           movw    r28, r24
    198e:       00 97           sbiw    r24, 0x00       ; 0
    1990:       29 f0           breq    .+10            ; 0x199c <calloc+0x2c>
    1992:       a8 01           movw    r20, r16
    1994:       60 e0           ldi     r22, 0x00       ; 0
    1996:       70 e0           ldi     r23, 0x00       ; 0
    1998:       0e 94 ca 0d     call    0x1b94 <memset>
    199c:       ce 01           movw    r24, r28
    199e:       df 91           pop     r29
    19a0:       cf 91           pop     r28
    19a2:       1f 91           pop     r17
    19a4:       0f 91           pop     r16
    19a6:       08 95           ret

000019a8 <malloc>:
    19a8:       cf 93           push    r28
    19aa:       df 93           push    r29
    19ac:       ac 01           movw    r20, r24
    19ae:       02 97           sbiw    r24, 0x02       ; 2
    19b0:       10 f4           brcc    .+4             ; 0x19b6 <malloc+0xe>
    19b2:       42 e0           ldi     r20, 0x02       ; 2
    19b4:       50 e0           ldi     r21, 0x00       ; 0
    19b6:       20 e0           ldi     r18, 0x00       ; 0
    19b8:       30 e0           ldi     r19, 0x00       ; 0
    19ba:       a0 91 d8 01     lds     r26, 0x01D8
    19be:       b0 91 d9 01     lds     r27, 0x01D9
    19c2:       bd 01           movw    r22, r26
    19c4:       f9 01           movw    r30, r18
    19c6:       10 97           sbiw    r26, 0x00       ; 0
    19c8:       09 f4           brne    .+2             ; 0x19cc <malloc+0x24>
    19ca:       4c c0           rjmp    .+152           ; 0x1a64 <malloc+0xbc>
    19cc:       8d 91           ld      r24, X+
    19ce:       9c 91           ld      r25, X
    19d0:       11 97           sbiw    r26, 0x01       ; 1
    19d2:       84 17           cp      r24, r20
    19d4:       95 07           cpc     r25, r21
    19d6:       31 f1           breq    .+76            ; 0x1a24 <malloc+0x7c>
    19d8:       48 17           cp      r20, r24
    19da:       59 07           cpc     r21, r25
    19dc:       38 f4           brcc    .+14            ; 0x19ec <malloc+0x44>
    19de:       21 15           cp      r18, r1
    19e0:       31 05           cpc     r19, r1
    19e2:       19 f0           breq    .+6             ; 0x19ea <malloc+0x42>
    19e4:       82 17           cp      r24, r18
    19e6:       93 07           cpc     r25, r19
    19e8:       08 f4           brcc    .+2             ; 0x19ec <malloc+0x44>
    19ea:       9c 01           movw    r18, r24
    19ec:       fd 01           movw    r30, r26
    19ee:       a2 81           ldd     r26, Z+2        ; 0x02
    19f0:       b3 81           ldd     r27, Z+3        ; 0x03
    19f2:       10 97           sbiw    r26, 0x00       ; 0
    19f4:       59 f7           brne    .-42            ; 0x19cc <malloc+0x24>
    19f6:       21 15           cp      r18, r1
    19f8:       31 05           cpc     r19, r1
    19fa:       a1 f1           breq    .+104           ; 0x1a64 <malloc+0xbc>
    19fc:       c9 01           movw    r24, r18
    19fe:       84 1b           sub     r24, r20
    1a00:       95 0b           sbc     r25, r21
    1a02:       04 97           sbiw    r24, 0x04       ; 4
    1a04:       08 f4           brcc    .+2             ; 0x1a08 <malloc+0x60>
    1a06:       a9 01           movw    r20, r18
    1a08:       db 01           movw    r26, r22
    1a0a:       e0 e0           ldi     r30, 0x00       ; 0
    1a0c:       f0 e0           ldi     r31, 0x00       ; 0
    1a0e:       10 97           sbiw    r26, 0x00       ; 0
    1a10:       49 f1           breq    .+82            ; 0x1a64 <malloc+0xbc>
    1a12:       8d 91           ld      r24, X+
    1a14:       9c 91           ld      r25, X
    1a16:       11 97           sbiw    r26, 0x01       ; 1
    1a18:       82 17           cp      r24, r18
    1a1a:       93 07           cpc     r25, r19
    1a1c:       f9 f4           brne    .+62            ; 0x1a5c <malloc+0xb4>
    1a1e:       42 17           cp      r20, r18
    1a20:       53 07           cpc     r21, r19
    1a22:       79 f4           brne    .+30            ; 0x1a42 <malloc+0x9a>
    1a24:       ed 01           movw    r28, r26
    1a26:       8a 81           ldd     r24, Y+2        ; 0x02
    1a28:       9b 81           ldd     r25, Y+3        ; 0x03
    1a2a:       30 97           sbiw    r30, 0x00       ; 0
    1a2c:       19 f0           breq    .+6             ; 0x1a34 <malloc+0x8c>
    1a2e:       93 83           std     Z+3, r25        ; 0x03
    1a30:       82 83           std     Z+2, r24        ; 0x02
    1a32:       04 c0           rjmp    .+8             ; 0x1a3c <malloc+0x94>
    1a34:       90 93 d9 01     sts     0x01D9, r25
    1a38:       80 93 d8 01     sts     0x01D8, r24
    1a3c:       cd 01           movw    r24, r26
    1a3e:       02 96           adiw    r24, 0x02       ; 2
    1a40:       4a c0           rjmp    .+148           ; 0x1ad6 <malloc+0x12e>
    1a42:       24 1b           sub     r18, r20
    1a44:       35 0b           sbc     r19, r21
    1a46:       fd 01           movw    r30, r26
    1a48:       e2 0f           add     r30, r18
    1a4a:       f3 1f           adc     r31, r19
    1a4c:       41 93           st      Z+, r20
    1a4e:       51 93           st      Z+, r21
    1a50:       22 50           subi    r18, 0x02       ; 2
    1a52:       30 40           sbci    r19, 0x00       ; 0
    1a54:       2d 93           st      X+, r18
    1a56:       3c 93           st      X, r19
    1a58:       cf 01           movw    r24, r30
    1a5a:       3d c0           rjmp    .+122           ; 0x1ad6 <malloc+0x12e>
    1a5c:       fd 01           movw    r30, r26
    1a5e:       a2 81           ldd     r26, Z+2        ; 0x02
    1a60:       b3 81           ldd     r27, Z+3        ; 0x03
    1a62:       d5 cf           rjmp    .-86            ; 0x1a0e <malloc+0x66>
    1a64:       80 91 d6 01     lds     r24, 0x01D6
    1a68:       90 91 d7 01     lds     r25, 0x01D7
    1a6c:       89 2b           or      r24, r25
    1a6e:       41 f4           brne    .+16            ; 0x1a80 <malloc+0xd8>
    1a70:       80 91 80 00     lds     r24, 0x0080
    1a74:       90 91 81 00     lds     r25, 0x0081
    1a78:       90 93 d7 01     sts     0x01D7, r25
    1a7c:       80 93 d6 01     sts     0x01D6, r24
    1a80:       e0 91 7e 00     lds     r30, 0x007E
    1a84:       f0 91 7f 00     lds     r31, 0x007F
    1a88:       30 97           sbiw    r30, 0x00       ; 0
    1a8a:       41 f4           brne    .+16            ; 0x1a9c <malloc+0xf4>
    1a8c:       ed b7           in      r30, 0x3d       ; 61
    1a8e:       fe b7           in      r31, 0x3e       ; 62
    1a90:       80 91 82 00     lds     r24, 0x0082
    1a94:       90 91 83 00     lds     r25, 0x0083
    1a98:       e8 1b           sub     r30, r24
    1a9a:       f9 0b           sbc     r31, r25
    1a9c:       a0 91 d6 01     lds     r26, 0x01D6
    1aa0:       b0 91 d7 01     lds     r27, 0x01D7
    1aa4:       9f 01           movw    r18, r30
    1aa6:       2a 1b           sub     r18, r26
    1aa8:       3b 0b           sbc     r19, r27
    1aaa:       24 17           cp      r18, r20
    1aac:       35 07           cpc     r19, r21
    1aae:       88 f0           brcs    .+34            ; 0x1ad2 <malloc+0x12a>
    1ab0:       ca 01           movw    r24, r20
    1ab2:       02 96           adiw    r24, 0x02       ; 2
    1ab4:       28 17           cp      r18, r24
    1ab6:       39 07           cpc     r19, r25
    1ab8:       60 f0           brcs    .+24            ; 0x1ad2 <malloc+0x12a>
    1aba:       cd 01           movw    r24, r26
    1abc:       84 0f           add     r24, r20
    1abe:       95 1f           adc     r25, r21
    1ac0:       02 96           adiw    r24, 0x02       ; 2
    1ac2:       90 93 d7 01     sts     0x01D7, r25
    1ac6:       80 93 d6 01     sts     0x01D6, r24
    1aca:       4d 93           st      X+, r20
    1acc:       5d 93           st      X+, r21
    1ace:       cd 01           movw    r24, r26
    1ad0:       02 c0           rjmp    .+4             ; 0x1ad6 <malloc+0x12e>
    1ad2:       80 e0           ldi     r24, 0x00       ; 0
    1ad4:       90 e0           ldi     r25, 0x00       ; 0
    1ad6:       df 91           pop     r29
    1ad8:       cf 91           pop     r28
    1ada:       08 95           ret

00001adc <free>:
    1adc:       cf 93           push    r28
    1ade:       df 93           push    r29
    1ae0:       00 97           sbiw    r24, 0x00       ; 0
    1ae2:       09 f4           brne    .+2             ; 0x1ae6 <free+0xa>
    1ae4:       54 c0           rjmp    .+168           ; 0x1b8e <free+0xb2>
    1ae6:       dc 01           movw    r26, r24
    1ae8:       12 97           sbiw    r26, 0x02       ; 2
    1aea:       ed 01           movw    r28, r26
    1aec:       1b 82           std     Y+3, r1 ; 0x03
    1aee:       1a 82           std     Y+2, r1 ; 0x02
    1af0:       80 91 d8 01     lds     r24, 0x01D8
    1af4:       90 91 d9 01     lds     r25, 0x01D9
    1af8:       00 97           sbiw    r24, 0x00       ; 0
    1afa:       21 f1           breq    .+72            ; 0x1b44 <free+0x68>
    1afc:       fc 01           movw    r30, r24
    1afe:       40 e0           ldi     r20, 0x00       ; 0
    1b00:       50 e0           ldi     r21, 0x00       ; 0
    1b02:       ea 17           cp      r30, r26
    1b04:       fb 07           cpc     r31, r27
    1b06:       18 f1           brcs    .+70            ; 0x1b4e <free+0x72>
    1b08:       ed 01           movw    r28, r26
    1b0a:       fb 83           std     Y+3, r31        ; 0x03
    1b0c:       ea 83           std     Y+2, r30        ; 0x02
    1b0e:       2d 91           ld      r18, X+
    1b10:       3c 91           ld      r19, X
    1b12:       11 97           sbiw    r26, 0x01       ; 1
    1b14:       c2 0f           add     r28, r18
    1b16:       d3 1f           adc     r29, r19
    1b18:       ce 01           movw    r24, r28
    1b1a:       02 96           adiw    r24, 0x02       ; 2
    1b1c:       8e 17           cp      r24, r30
    1b1e:       9f 07           cpc     r25, r31
    1b20:       71 f4           brne    .+28            ; 0x1b3e <free+0x62>
    1b22:       8a 81           ldd     r24, Y+2        ; 0x02
    1b24:       9b 81           ldd     r25, Y+3        ; 0x03
    1b26:       28 0f           add     r18, r24
    1b28:       39 1f           adc     r19, r25
    1b2a:       2e 5f           subi    r18, 0xFE       ; 254
    1b2c:       3f 4f           sbci    r19, 0xFF       ; 255
    1b2e:       11 96           adiw    r26, 0x01       ; 1
    1b30:       3c 93           st      X, r19
    1b32:       2e 93           st      -X, r18
    1b34:       82 81           ldd     r24, Z+2        ; 0x02
    1b36:       93 81           ldd     r25, Z+3        ; 0x03
    1b38:       fd 01           movw    r30, r26
    1b3a:       93 83           std     Z+3, r25        ; 0x03
    1b3c:       82 83           std     Z+2, r24        ; 0x02
    1b3e:       41 15           cp      r20, r1
    1b40:       51 05           cpc     r21, r1
    1b42:       59 f4           brne    .+22            ; 0x1b5a <free+0x7e>
    1b44:       b0 93 d9 01     sts     0x01D9, r27
    1b48:       a0 93 d8 01     sts     0x01D8, r26
    1b4c:       20 c0           rjmp    .+64            ; 0x1b8e <free+0xb2>
    1b4e:       af 01           movw    r20, r30
    1b50:       02 80           ldd     r0, Z+2 ; 0x02
    1b52:       f3 81           ldd     r31, Z+3        ; 0x03
    1b54:       e0 2d           mov     r30, r0
    1b56:       30 97           sbiw    r30, 0x00       ; 0
    1b58:       a1 f6           brne    .-88            ; 0x1b02 <free+0x26>
    1b5a:       ea 01           movw    r28, r20
    1b5c:       bb 83           std     Y+3, r27        ; 0x03
    1b5e:       aa 83           std     Y+2, r26        ; 0x02
    1b60:       ca 01           movw    r24, r20
    1b62:       02 96           adiw    r24, 0x02       ; 2
    1b64:       28 81           ld      r18, Y
    1b66:       39 81           ldd     r19, Y+1        ; 0x01
    1b68:       82 0f           add     r24, r18
    1b6a:       93 1f           adc     r25, r19
    1b6c:       8a 17           cp      r24, r26
    1b6e:       9b 07           cpc     r25, r27
    1b70:       71 f4           brne    .+28            ; 0x1b8e <free+0xb2>
    1b72:       8d 91           ld      r24, X+
    1b74:       9c 91           ld      r25, X
    1b76:       11 97           sbiw    r26, 0x01       ; 1
    1b78:       28 0f           add     r18, r24
    1b7a:       39 1f           adc     r19, r25
    1b7c:       2e 5f           subi    r18, 0xFE       ; 254
    1b7e:       3f 4f           sbci    r19, 0xFF       ; 255
    1b80:       39 83           std     Y+1, r19        ; 0x01
    1b82:       28 83           st      Y, r18
    1b84:       fd 01           movw    r30, r26
    1b86:       82 81           ldd     r24, Z+2        ; 0x02
    1b88:       93 81           ldd     r25, Z+3        ; 0x03
    1b8a:       9b 83           std     Y+3, r25        ; 0x03
    1b8c:       8a 83           std     Y+2, r24        ; 0x02
    1b8e:       df 91           pop     r29
    1b90:       cf 91           pop     r28
    1b92:       08 95           ret

00001b94 <memset>:
    1b94:       dc 01           movw    r26, r24
    1b96:       40 ff           sbrs    r20, 0
    1b98:       03 c0           rjmp    .+6             ; 0x1ba0 <memset+0xc>
    1b9a:       01 c0           rjmp    .+2             ; 0x1b9e <memset+0xa>
    1b9c:       6d 93           st      X+, r22
    1b9e:       6d 93           st      X+, r22
    1ba0:       42 50           subi    r20, 0x02       ; 2
    1ba2:       50 40           sbci    r21, 0x00       ; 0
    1ba4:       d8 f7           brcc    .-10            ; 0x1b9c <memset+0x8>
    1ba6:       08 95           ret

00001ba8 <__udivmodsi4>:
    1ba8:       a1 e2           ldi     r26, 0x21       ; 33
    1baa:       1a 2e           mov     r1, r26
    1bac:       aa 1b           sub     r26, r26
    1bae:       bb 1b           sub     r27, r27
    1bb0:       fd 01           movw    r30, r26
    1bb2:       0d c0           rjmp    .+26            ; 0x1bce <__udivmodsi4_ep>

00001bb4 <__udivmodsi4_loop>:
    1bb4:       aa 1f           adc     r26, r26
    1bb6:       bb 1f           adc     r27, r27
    1bb8:       ee 1f           adc     r30, r30
    1bba:       ff 1f           adc     r31, r31
    1bbc:       a2 17           cp      r26, r18
    1bbe:       b3 07           cpc     r27, r19
    1bc0:       e4 07           cpc     r30, r20
    1bc2:       f5 07           cpc     r31, r21
    1bc4:       20 f0           brcs    .+8             ; 0x1bce <__udivmodsi4_ep>
    1bc6:       a2 1b           sub     r26, r18
    1bc8:       b3 0b           sbc     r27, r19
    1bca:       e4 0b           sbc     r30, r20
    1bcc:       f5 0b           sbc     r31, r21

00001bce <__udivmodsi4_ep>:
    1bce:       66 1f           adc     r22, r22
    1bd0:       77 1f           adc     r23, r23
    1bd2:       88 1f           adc     r24, r24
    1bd4:       99 1f           adc     r25, r25
    1bd6:       1a 94           dec     r1
    1bd8:       69 f7           brne    .-38            ; 0x1bb4 <__udivmodsi4_loop>
    1bda:       60 95           com     r22
    1bdc:       70 95           com     r23
    1bde:       80 95           com     r24
    1be0:       90 95           com     r25
    1be2:       9b 01           movw    r18, r22
    1be4:       ac 01           movw    r20, r24
    1be6:       bd 01           movw    r22, r26
    1be8:       cf 01           movw    r24, r30
    1bea:       08 95           ret