37:                      if (LoadAppSec(currentFlash-1)) {
+00003C19:   2F09        MOV       R16,R25        Copy register
+00003C1A:   D136        RCALL     PC+0x0137      Relative call subroutine
+00003C1B:   2300        TST       R16            Test for Zero or Minus
+00003C1C:   F081        BREQ      PC+0x11        Branch if equal
.............................................................................

415: bool LoadAppSec(UCHAR flash)
416: {
+00003D51: 938A ST -Y,R24 Store indirect and predecrement
+00003D52: 2F80 MOV R24,R16 Copy register
419: cnt = 0;
+00003D53: E000 LDI R16,0x00 Load immediate
+00003D54: E7E7 LDI R30,0x77 Load immediate
+00003D55: E0F2 LDI R31,0x02 Load immediate
+00003D56: D00B RCALL PC+0x000C Relative call subroutine
420: Beep();
+00003D57: DE79 RCALL PC-0x0186 Relative call subroutine
421: print_s_(Start_Load);
+00003D58: E60E LDI R16,0x6E Load immediate
+00003D59: E710 LDI R17,0x70 Load immediate
+00003D5A: DF9B RCALL PC-0x0064 Relative call subroutine
422: FLASH_READY_LED_ON;
+00003D5B: 9AC3 SBI 0x18,3 Set bit in I/O register
423: res = loader(flash);
+00003D5C: 2F08 MOV R16,R24 Copy register
+00003D5D: 940E3DA9 CALL 0x00003DA9 Call subroutine
424: FLASH_READY_LED_OFF;
+00003D5F: 98C3 CBI 0x18,3 Clear bit in I/O register
425: return res;
+00003D60: 9189 LD R24,Y+ Load indirect and postincrement
+00003D61: 9508 RET Subroutine return
@00003D62: ?Subroutine5

+00003DA9: 9760 SBIW R28,0x10 Subtract immediate from word
+00003DAA: 2EE0 MOV R14,R16 Copy register
123: cnt = 0;
+00003DAB: E000 LDI R16,0x00 Load immediate
+00003DAC: E7E7 LDI R30,0x77 Load immediate
+00003DAD: E0F2 LDI R31,0x02 Load immediate
+00003DAE: 8300 STD Z+0,R16 Store indirect with displacement
+00003DAF: 8301 STD Z+1,R16 Store indirect with displacement
+00003DB0: 8302 STD Z+2,R16 Store indirect with displacement
+00003DB1: 8303 STD Z+3,R16 Store indirect with displacement
130: unsigned char *p = chainCipherBlock;
+00003DB2: 019E MOVW R18,R28 Copy register pair
131: unsigned char BOOTFLASH *q = initialVector;
+00003DB3: E000 LDI R16,0x00 Load immediate
+00003DB4: E711 LDI R17,0x71 Load immediate
132: unsigned char n = 16;
+00003DB5: E140 LDI R20,0x10 Load immediate
136: *p++ = *q++;
+00003DB6: 01F8 MOVW R30,R16 Copy register pair
+00003DB7: 9155 LPM R21,Z+ Load program memory and postincrement
+00003DB8: 018F MOVW R16,R30 Copy register pair
+00003DB9: 01F9 MOVW R30,R18 Copy register pair
+00003DBA: 9351 ST Z+,R21 Store indirect and postincrement
+00003DBB: 019F MOVW R18,R30 Copy register pair
138: while (--n);
+00003DBC: 954A DEC R20 Decrement
+00003DBD: F7C1 BRNE PC-0x07 Branch if not equal
141: aesInit( tempbuf ); // Init AES algorithm.
+00003DBE: E900 LDI R16,0x90 Load immediate
+00003DBF: 2E40 MOV R4,R16 Copy register
+00003DC0: E002 LDI R16,0x02 Load immediate
+00003DC1: 2E50 MOV R5,R16 Copy register
+00003DC2: 0182 MOVW R16,R4 Copy register pair
+00003DC3: 940E3B7D CALL 0x00003B7D Call subroutine
148: WDTCR |= (1<<WDTOE) | (1<<WDE) | (1<<WDP0) | (1<<WDP2);
+00003DC5: B501 IN R16,0x21 In from I/O location
+00003DC6: 610D ORI R16,0x1D Logical OR with immediate
+00003DC7: BD01 OUT 0x21,R16 Out to I/O location
160: if (repeat) cnt = previous_frame_address;
+00003DC8: 9100028F LDS R16,0x028F Load direct from data space
+00003DCA: 2300 TST R16 Test for Zero or Minus
+00003DCB: F051 BREQ PC+0x0B Branch if equal
160: if (repeat) cnt = previous_frame_address;
+00003DCC: E8EB LDI R30,0x8B Load immediate
+00003DCD: E0F2 LDI R31,0x02 Load immediate
+00003DCE: D0BB RCALL PC+0x00BC Relative call subroutine
+00003DCF: E7E7 LDI R30,0x77 Load immediate
+00003DD0: E0F2 LDI R31,0x02 Load immediate
+00003DD1: D0BD RCALL PC+0x00BE Relative call subroutine
+00003DD2: C003 RJMP PC+0x0004 Relative jump
335: repeat = 0;
+00003DD3: E000 LDI R16,0x00 Load immediate
+00003DD4: 9300028F STS 0x028F,R16 Store direct to data space
162: previous_frame_address = cnt;
+00003DD6: E7E7 LDI R30,0x77 Load immediate
+00003DD7: E0F2 LDI R31,0x02 Load immediate
+00003DD8: D0B1 RCALL PC+0x00B2 Relative call subroutine
+00003DD9: E8EB LDI R30,0x8B Load immediate
+00003DDA: E0F2 LDI R31,0x02 Load immediate
+00003DDB: D0B3 RCALL PC+0x00B4 Relative call subroutine
163: __watchdog_reset();
+00003DDC: 95A8 WDR Watchdog reset
164: frameSize = ((frameindex_t)ConvHDToByte(busReceiveByte(repeat, flash),busReceiveByte(0,flash)) << 8) |
165: ConvHDToByte(busReceiveByte(0,flash),busReceiveByte(0,flash));
+00003DDD: D0BA RCALL PC+0x00BB Relative call subroutine
+00003DDE: 9100028F LDS R16,0x028F Load direct from data space
+00003DE0: 940E3EBE CALL 0x00003EBE Call subroutine
+00003DE2: D0A5 RCALL PC+0x00A6 Relative call subroutine
+00003DE3: D0B4 RCALL PC+0x00B5 Relative call subroutine
+00003DE4: D0B0 RCALL PC+0x00B1 Relative call subroutine
+00003DE5: D0A2 RCALL PC+0x00A3 Relative call subroutine
+00003DE6: 2FA0 MOV R26,R16 Copy register
170: unsigned char *p = rxBuffer;
+00003DE7: 0132 MOVW R6,R4 Copy register pair
171: n = frameSize;
+00003DE8: 2FB0 MOV R27,R16 Copy register
173: crc = 0;
+00003DE9: E080 LDI R24,0x00 Load immediate
+00003DEA: E090 LDI R25,0x00 Load immediate