 Разработка, производство и продажа радиоэлектронной аппаратуры  |
Требуется программист в Зеленограде
- обработка данных с датчиков; ColdFire; 40 тыс. e-mail:jobsmp@pochta.ru |
+00000000: C0B4 RJMP PC+0x00B5 Relative jump
+00000001: 0000 NOP No operation
+00000002: 0000 NOP No operation
+00000003: 0000 NOP No operation
+00000004: 0000 NOP No operation
+00000005: 0000 NOP No operation
+00000006: 0000 NOP No operation
+00000007: C0AD RJMP PC+0x00AE Relative jump
+00000008: 9518 RETI Interrupt return
+00000009: FFFF ??? Data or unknown opcode
+0000000A: FFFF ??? Data or unknown opcode
+0000000B: FFFF ??? Data or unknown opcode
+0000000C: FFFF ??? Data or unknown opcode
+0000000D: 0014 ??? Data or unknown opcode
+0000000E: 0005 ??? Data or unknown opcode
+0000000F: 008D ??? Data or unknown opcode
+00000010: E1EC LDI R30,0x1C Load immediate
+00000011: 95C8 LPM Load program memory
+00000012: 2D20 MOV R18,R0 Copy register
+00000013: E51A LDI R17,0x5A Load immediate
+00000014: 2700 CLR R16 Clear Register
+00000015: 950A DEC R16 Decrement
+00000016: C000 RJMP PC+0x0001 Relative jump
+00000017: C000 RJMP PC+0x0001 Relative jump
+00000018: F7E1 BRNE PC-0x03 Branch if not equal
+00000019: 95A8 WDR Watchdog reset
+0000001A: 951A DEC R17 Decrement
+0000001B: F7C9 BRNE PC-0x06 Branch if not equal
+0000001C: 952A DEC R18 Decrement
+0000001D: F7A9 BRNE PC-0x0A Branch if not equal
+0000001E: 9508 RET Subroutine return
+0000001F: 2711 CLR R17 Clear Register
+00000020: 1A50 SUB R5,R16 Subtract without carry
+00000021: 0A41 SBC R4,R17 Subtract with carry
+00000022: 0A31 SBC R3,R17 Subtract with carry
+00000023: 0A21 SBC R2,R17 Subtract with carry
+00000024: F428 BRCC PC+0x06 Branch if carry cleared
+00000025: 9451 NEG R5 Two's complement
+00000026: 9440 COM R4 One's complement
+00000027: 9430 COM R3 One's complement
+00000028: 9420 COM R2 One's complement
+00000029: 9468 SET Set T in SREG
+0000002A: 9508 RET Subroutine return
+0000002B: E01A LDI R17,0x0A Load immediate
+0000002C: E200 LDI R16,0x20 Load immediate
+0000002D: 2411 CLR R1 Clear Register
+0000002E: 1C55 ROL R5 Rotate Left Through Carry
+0000002F: 1C44 ROL R4 Rotate Left Through Carry
+00000030: 1C33 ROL R3 Rotate Left Through Carry
+00000031: 1C22 ROL R2 Rotate Left Through Carry
+00000032: 1C11 ROL R1 Rotate Left Through Carry
+00000033: 1611 CP R1,R17 Compare
+00000034: F018 BRCS PC+0x04 Branch if carry set
+00000035: 1A11 SUB R1,R17 Subtract without carry
+00000036: 9408 SEC Set Carry
+00000037: C001 RJMP PC+0x0002 Relative jump
+00000038: 9488 CLC Clear Carry
+00000039: 950A DEC R16 Decrement
+0000003A: F799 BRNE PC-0x0C Branch if not equal
+0000003B: 1C55 ROL R5 Rotate Left Through Carry
+0000003C: 1C44 ROL R4 Rotate Left Through Carry
+0000003D: 1C33 ROL R3 Rotate Left Through Carry
+0000003E: 1C22 ROL R2 Rotate Left Through Carry
+0000003F: 9508 RET Subroutine return
+00000040: 98C3 CBI 0x18,3 Clear bit in I/O register
+00000041: 98C4 CBI 0x18,4 Clear bit in I/O register
+00000042: E26F LDI R22,0x2F Load immediate
+00000043: D01F RCALL PC+0x0020 Relative call subroutine
+00000044: E36F LDI R22,0x3F Load immediate
+00000045: D01D RCALL PC+0x001E Relative call subroutine
+00000046: E260 LDI R22,0x20 Load immediate
+00000047: D01B RCALL PC+0x001C Relative call subroutine
+00000048: E00A LDI R16,0x0A Load immediate
+00000049: E0E6 LDI R30,0x06 Load immediate
+0000004A: 8110 LDD R17,Z+0 Load indirect with displacement
+0000004B: 2F4E MOV R20,R30 Copy register
+0000004C: 2F5F MOV R21,R31 Copy register
+0000004D: E0E8 LDI R30,0x08 Load immediate
+0000004E: E0F3 LDI R31,0x03 Load immediate
+0000004F: 0FE1 ADD R30,R17 Add without carry
+00000050: F408 BRCC PC+0x02 Branch if carry cleared
+00000051: 95F3 INC R31 Increment
+00000052: 95C8 LPM Load program memory
+00000053: 2FE4 MOV R30,R20 Copy register
+00000054: 2FF5 MOV R31,R21 Copy register
+00000055: 2D10 MOV R17,R0 Copy register
+00000056: 2D60 MOV R22,R0 Copy register
+00000057: 9512 SWAP R17 Swap nibbles
+00000058: 701F ANDI R17,0x0F Logical AND with immediate
+00000059: 706F ANDI R22,0x0F Logical AND with immediate
+0000005A: 6310 ORI R17,0x30 Logical OR with immediate
+0000005B: 6360 ORI R22,0x30 Logical OR with immediate
+0000005C: D006 RCALL PC+0x0007 Relative call subroutine
+0000005D: 2F61 MOV R22,R17 Copy register
+0000005E: D004 RCALL PC+0x0005 Relative call subroutine
+0000005F: 95E3 INC R30 Increment
+00000060: 950A DEC R16 Decrement
+00000061: F741 BRNE PC-0x17 Branch if not equal
+00000062: 9508 RET Subroutine return
+00000063: E077 LDI R23,0x07 Load immediate
+00000064: 0F66 LSL R22 Logical Shift Left
+00000065: 0F66 LSL R22 Logical Shift Left
+00000066: 0F66 LSL R22 Logical Shift Left
+00000067: F010 BRCS PC+0x03 Branch if carry set
+00000068: 98C4 CBI 0x18,4 Clear bit in I/O register
+00000069: C002 RJMP PC+0x0003 Relative jump
+0000006A: 9AC4 SBI 0x18,4 Set bit in I/O register
+0000006B: 0000 NOP No operation
+0000006C: 9AC3 SBI 0x18,3 Set bit in I/O register
+0000006D: 0000 NOP No operation
+0000006E: 98C3 CBI 0x18,3 Clear bit in I/O register
+0000006F: 957A DEC R23 Decrement
+00000070: F7A9 BRNE PC-0x0A Branch if not equal
+00000071: 9508 RET Subroutine return
+00000072: E120 LDI R18,0x10 Load immediate
+00000073: 30D9 CPI R29,0x09 Compare with immediate
+00000074: F008 BRCS PC+0x02 Branch if carry set
+00000075: E0D8 LDI R29,0x08 Load immediate
+00000076: 2F0D MOV R16,R29 Copy register
+00000077: 2300 TST R16 Test for Zero or Minus
+00000078: F061 BREQ PC+0x0D Branch if equal
+00000079: 950A DEC R16 Decrement
+0000007A: 9488 CLC Clear Carry
+0000007B: 1F22 ROL R18 Rotate Left Through Carry
+0000007C: F418 BRCC PC+0x04 Branch if carry cleared
+0000007D: 9527 ROR R18 Rotate right through carry
+0000007E: 9503 INC R16 Increment
+0000007F: C005 RJMP PC+0x0006 Relative jump
+00000080: 1F22 ROL R18 Rotate Left Through Carry
+00000081: F7A8 BRCC PC-0x0A Branch if carry cleared
+00000082: F011 BREQ PC+0x03 Branch if equal
+00000083: 9527 ROR R18 Rotate right through carry
+00000084: CFF8 RJMP PC-0x0007 Relative jump
+00000085: 952A DEC R18 Decrement
+00000086: E011 LDI R17,0x01 Load immediate
+00000087: 2300 TST R16 Test for Zero or Minus
+00000088: F031 BREQ PC+0x07 Branch if equal
+00000089: 5F1E SUBI R17,0xFE Subtract immediate
+0000008A: 3110 CPI R17,0x10 Compare with immediate
+0000008B: F410 BRCC PC+0x03 Branch if carry cleared
+0000008C: 950A DEC R16 Decrement
+0000008D: CFFA RJMP PC-0x0005 Relative jump
+0000008E: E01F LDI R17,0x0F Load immediate
+0000008F: 701F ANDI R17,0x0F Logical AND with immediate
+00000090: 6910 ORI R17,0x90 Logical OR with immediate
+00000091: BD2E OUT 0x2E,R18 Out to I/O location
+00000092: BF10 OUT 0x30,R17 Out to I/O location
+00000093: DF7C RCALL PC-0x0083 Relative call subroutine
+00000094: 30D6 CPI R29,0x06 Compare with immediate
+00000095: F060 BRCS PC+0x0D Branch if carry set
+00000096: 9BB1 SBIS 0x16,1 Skip if bit in I/O register set
+00000097: CFFE RJMP PC-0x0001 Relative jump
+00000098: 95A8 WDR Watchdog reset
+00000099: 99B1 SBIC 0x16,1 Skip if bit in I/O register cleared
+0000009A: CFFE RJMP PC-0x0001 Relative jump
+0000009B: 95A8 WDR Watchdog reset
+0000009C: E015 LDI R17,0x05 Load immediate
+0000009D: 2700 CLR R16 Clear Register
+0000009E: 950A DEC R16 Decrement
+0000009F: F7F1 BRNE PC-0x01 Branch if not equal
+000000A0: 951A DEC R17 Decrement
+000000A1: F7E1 BRNE PC-0x03 Branch if not equal
+000000A2: 9588 SLEEP Sleep
+000000A3: B054 IN R5,0x04 In from I/O location
+000000A4: B045 IN R4,0x05 In from I/O location
+000000A5: 2433 CLR R3 Clear Register
+000000A6: 2422 CLR R2 Clear Register
+000000A7: 9508 RET Subroutine return
+000000A8: 94F8 CLI Global Interrupt Disable
+000000A9: BB0E OUT 0x1E,R16 Out to I/O location
+000000AA: BB2D OUT 0x1D,R18 Out to I/O location
+000000AB: 9AE2 SBI 0x1C,2 Set bit in I/O register
+000000AC: 9AE1 SBI 0x1C,1 Set bit in I/O register
+000000AD: 99E1 SBIC 0x1C,1 Skip if bit in I/O register cleared
+000000AE: CFFE RJMP PC-0x0001 Relative jump
+000000AF: 9478 SEI Global Interrupt Enable
+000000B0: 9508 RET Subroutine return
+000000B1: BB0E OUT 0x1E,R16 Out to I/O location
+000000B2: 9AE0 SBI 0x1C,0 Set bit in I/O register
+000000B3: B31D IN R17,0x1D In from I/O location
+000000B4: 9508 RET Subroutine return
+000000B5: 94F8 CLI Global Interrupt Disable
+000000B6: B714 IN R17,0x34 In from I/O location
+000000B7: E00D LDI R16,0x0D Load immediate
+000000B8: BD01 OUT 0x21,R16 Out to I/O location
+000000B9: 95A8 WDR Watchdog reset
+000000BA: 2700 CLR R16 Clear Register
+000000BB: BF04 OUT 0x34,R16 Out to I/O location
+000000BC: BF0B OUT 0x3B,R16 Out to I/O location
+000000BD: BF09 OUT 0x39,R16 Out to I/O location
+000000BE: BF03 OUT 0x33,R16 Out to I/O location
+000000BF: BF00 OUT 0x30,R16 Out to I/O location
+000000C0: BD0C OUT 0x2C,R16 Out to I/O location
+000000C1: BB0C OUT 0x1C,R16 Out to I/O location
+000000C2: E600 LDI R16,0x60 Load immediate
+000000C3: BF05 OUT 0x35,R16 Out to I/O location
+000000C4: 27FF CLR R31 Clear Register
+000000C5: E1EE LDI R30,0x1E Load immediate
+000000C6: 95C8 LPM Load program memory
+000000C7: BE01 OUT 0x31,R0 Out to I/O location
+000000C8: E800 LDI R16,0x80 Load immediate
+000000C9: B908 OUT 0x08,R16 Out to I/O location
+000000CA: E002 LDI R16,0x02 Load immediate
+000000CB: BB08 OUT 0x18,R16 Out to I/O location
+000000CC: E10A LDI R16,0x1A Load immediate
+000000CD: BB07 OUT 0x17,R16 Out to I/O location
+000000CE: EC01 LDI R16,0xC1 Load immediate
+000000CF: B907 OUT 0x07,R16 Out to I/O location
+000000D0: E80C LDI R16,0x8C Load immediate
+000000D1: B906 OUT 0x06,R16 Out to I/O location
+000000D2: 9478 SEI Global Interrupt Enable
+000000D3: 2311 TST R17 Test for Zero or Minus
+000000D4: F0E1 BREQ PC+0x1D Branch if equal
+000000D5: 701D ANDI R17,0x0D Logical AND with immediate
+000000D6: F4D1 BRNE PC+0x1B Branch if not equal
+000000D7: E00A LDI R16,0x0A Load immediate
+000000D8: E0E6 LDI R30,0x06 Load immediate
+000000D9: E01D LDI R17,0x0D Load immediate
+000000DA: 8310 STD Z+0,R17 Store indirect with displacement
+000000DB: 95E3 INC R30 Increment
+000000DC: 950A DEC R16 Decrement
+000000DD: F7E1 BRNE PC-0x03 Branch if not equal
+000000DE: DF61 RCALL PC-0x009E Relative call subroutine
+000000DF: 27DD CLR R29 Clear Register
+000000E0: DF91 RCALL PC-0x006E Relative call subroutine
+000000E1: E025 LDI R18,0x05 Load immediate
+000000E2: DF30 RCALL PC-0x00CF Relative call subroutine
+000000E3: DF8E RCALL PC-0x0071 Relative call subroutine
+000000E4: 2044 TST R4 Test for Zero or Minus
+000000E5: F419 BRNE PC+0x04 Branch if not equal
+000000E6: 2DC5 MOV R28,R5 Copy register
+000000E7: 3CC0 CPI R28,0xC0 Compare with immediate
+000000E8: F008 BRCS PC+0x02 Branch if carry set
+000000E9: 27CC CLR R28 Clear Register
+000000EA: 2F2C MOV R18,R28 Copy register
+000000EB: 9520 COM R18 One's complement
+000000EC: E001 LDI R16,0x01 Load immediate
+000000ED: DFC3 RCALL PC-0x003C Relative call subroutine
+000000EE: 1312 CPSE R17,R18 Compare, skip if equal
+000000EF: DFB8 RCALL PC-0x0047 Relative call subroutine
+000000F0: C00A RJMP PC+0x000B Relative jump
+000000F1: E001 LDI R16,0x01 Load immediate
+000000F2: DFBE RCALL PC-0x0041 Relative call subroutine
+000000F3: 2FC1 MOV R28,R17 Copy register
+000000F4: 95C0 COM R28 One's complement
+000000F5: E0D8 LDI R29,0x08 Load immediate
+000000F6: DF7B RCALL PC-0x0084 Relative call subroutine
+000000F7: E1EA LDI R30,0x1A Load immediate
+000000F8: 95C8 LPM Load program memory
+000000F9: 2D20 MOV R18,R0 Copy register
+000000FA: DF18 RCALL PC-0x00E7 Relative call subroutine
+000000FB: DF76 RCALL PC-0x0089 Relative call subroutine
+000000FC: 2D15 MOV R17,R5 Copy register
+000000FD: 2D04 MOV R16,R4 Copy register
+000000FE: 3003 CPI R16,0x03 Compare with immediate
+000000FF: F418 BRCC PC+0x04 Branch if carry cleared
+00000100: 2300 TST R16 Test for Zero or Minus
+00000101: F0A9 BREQ PC+0x16 Branch if equal
+00000102: C01A RJMP PC+0x001B Relative jump
+00000103: 3811 CPI R17,0x81 Compare with immediate
+00000104: F0C0 BRCS PC+0x19 Branch if carry set
+00000105: 30D8 CPI R29,0x08 Compare with immediate
+00000106: F408 BRCC PC+0x02 Branch if carry cleared
+00000107: 95D3 INC R29 Increment
+00000108: E00E LDI R16,0x0E Load immediate
+00000109: 2E60 MOV R6,R16 Copy register
+0000010A: 2E7D MOV R7,R29 Copy register
+0000010B: 9473 INC R7 Increment
+0000010C: E00F LDI R16,0x0F Load immediate
+0000010D: 2E80 MOV R8,R16 Copy register
+0000010E: 2E90 MOV R9,R16 Copy register
+0000010F: 2EA0 MOV R10,R16 Copy register
+00000110: 2EB0 MOV R11,R16 Copy register
+00000111: 2EC0 MOV R12,R16 Copy register
+00000112: 2ED0 MOV R13,R16 Copy register
+00000113: 2EE0 MOV R14,R16 Copy register
+00000114: 2EF0 MOV R15,R16 Copy register
+00000115: DF2A RCALL PC-0x00D5 Relative call subroutine
+00000116: CFE4 RJMP PC-0x001B Relative jump
+00000117: 3C10 CPI R17,0xC0 Compare with immediate
+00000118: F420 BRCC PC+0x05 Branch if carry cleared
+00000119: 23DD TST R29 Test for Zero or Minus
+0000011A: F011 BREQ PC+0x03 Branch if equal
+0000011B: 95DA DEC R29 Decrement
+0000011C: CFEB RJMP PC-0x0014 Relative jump
+0000011D: 2F0D MOV R16,R29 Copy register
+0000011E: 2300 TST R16 Test for Zero or Minus
+0000011F: F051 BREQ PC+0x0B Branch if equal
+00000120: E012 LDI R17,0x02 Load immediate
+00000121: 9488 CLC Clear Carry
+00000122: 1C55 ROL R5 Rotate Left Through Carry
+00000123: 1C44 ROL R4 Rotate Left Through Carry
+00000124: 1C33 ROL R3 Rotate Left Through Carry
+00000125: 1C22 ROL R2 Rotate Left Through Carry
+00000126: 951A DEC R17 Decrement
+00000127: F7C9 BRNE PC-0x06 Branch if not equal
+00000128: 950A DEC R16 Decrement
+00000129: CFF4 RJMP PC-0x000B Relative jump
+0000012A: 3CC0 CPI R28,0xC0 Compare with immediate
+0000012B: F008 BRCS PC+0x02 Branch if carry set
+0000012C: 27CC CLR R28 Clear Register
+0000012D: 2F0C MOV R16,R28 Copy register
+0000012E: 94E8 CLT Clear T in SREG
+0000012F: DEEF RCALL PC-0x0110 Relative call subroutine
+00000130: 9488 CLC Clear Carry
+00000131: E02A LDI R18,0x0A Load immediate
+00000132: E0EF LDI R30,0x0F Load immediate
+00000133: DEF7 RCALL PC-0x0108 Relative call subroutine
+00000134: 95A8 WDR Watchdog reset
+00000135: 8210 STD Z+0,R1 Store indirect with displacement
+00000136: 95EA DEC R30 Decrement
+00000137: 952A DEC R18 Decrement
+00000138: F7D1 BRNE PC-0x05 Branch if not equal
+00000139: E023 LDI R18,0x03 Load immediate
+0000013A: E00A LDI R16,0x0A Load immediate
+0000013B: E0E5 LDI R30,0x05 Load immediate
+0000013C: 95E3 INC R30 Increment
+0000013D: 8110 LDD R17,Z+0 Load indirect with displacement
+0000013E: 2311 TST R17 Test for Zero or Minus
+0000013F: F419 BRNE PC+0x04 Branch if not equal
+00000140: 950A DEC R16 Decrement
+00000141: F7D1 BRNE PC-0x05 Branch if not equal
+00000142: C017 RJMP PC+0x0018 Relative jump
+00000143: 1B02 SUB R16,R18 Subtract without carry
+00000144: F0A8 BRCS PC+0x16 Branch if carry set
+00000145: F0A1 BREQ PC+0x15 Branch if equal
+00000146: 0FE2 ADD R30,R18 Add without carry
+00000147: 2F3E MOV R19,R30 Copy register
+00000148: 8110 LDD R17,Z+0 Load indirect with displacement
+00000149: 3015 CPI R17,0x05 Compare with immediate
+0000014A: F048 BRCS PC+0x0A Branch if carry set
+0000014B: 9523 INC R18 Increment
+0000014C: 95EA DEC R30 Decrement
+0000014D: 8110 LDD R17,Z+0 Load indirect with displacement
+0000014E: 9513 INC R17 Increment
+0000014F: 8310 STD Z+0,R17 Store indirect with displacement
+00000150: 301A CPI R17,0x0A Compare with immediate
+00000151: F411 BRNE PC+0x03 Branch if not equal
+00000152: 952A DEC R18 Decrement
+00000153: F7C1 BRNE PC-0x07 Branch if not equal
+00000154: 2FE3 MOV R30,R19 Copy register
+00000155: 2711 CLR R17 Clear Register
+00000156: 8310 STD Z+0,R17 Store indirect with displacement
+00000157: 95E3 INC R30 Increment
+00000158: 950A DEC R16 Decrement
+00000159: F7E1 BRNE PC-0x03 Branch if not equal
+0000015A: E00A LDI R16,0x0A Load immediate
+0000015B: E0E5 LDI R30,0x05 Load immediate
+0000015C: 95E3 INC R30 Increment
+0000015D: 8110 LDD R17,Z+0 Load indirect with displacement
+0000015E: 2311 TST R17 Test for Zero or Minus
+0000015F: F451 BRNE PC+0x0B Branch if not equal
+00000160: 950A DEC R16 Decrement
+00000161: F7D1 BRNE PC-0x05 Branch if not equal
+00000162: E01A LDI R17,0x0A Load immediate
+00000163: 8310 STD Z+0,R17 Store indirect with displacement
+00000164: C008 RJMP PC+0x0009 Relative jump
+00000165: 8110 LDD R17,Z+0 Load indirect with displacement
+00000166: 2311 TST R17 Test for Zero or Minus
+00000167: F411 BRNE PC+0x03 Branch if not equal
+00000168: E01A LDI R17,0x0A Load immediate
+00000169: 8310 STD Z+0,R17 Store indirect with displacement
+0000016A: 95E3 INC R30 Increment
+0000016B: 950A DEC R16 Decrement
+0000016C: F7C1 BRNE PC-0x07 Branch if not equal
+0000016D: F416 BRTC PC+0x03 Branch if T flag cleared
+0000016E: E00F LDI R16,0x0F Load immediate
+0000016F: 2E60 MOV R6,R16 Copy register
+00000170: 2066 TST R6 Test for Zero or Minus
+00000171: F011 BREQ PC+0x03 Branch if equal
+00000172: 2C78 MOV R7,R8 Copy register
+00000173: C007 RJMP PC+0x0008 Relative jump
+00000174: 2077 TST R7 Test for Zero or Minus
+00000175: F021 BREQ PC+0x05 Branch if equal
+00000176: 2C67 MOV R6,R7 Copy register
+00000177: 2C78 MOV R7,R8 Copy register
+00000178: C002 RJMP PC+0x0003 Relative jump
+00000179: 2C76 MOV R7,R6 Copy register
+0000017A: 2C68 MOV R6,R8 Copy register
+0000017B: 2C89 MOV R8,R9 Copy register
+0000017C: 2C9A MOV R9,R10 Copy register
+0000017D: 2CAB MOV R10,R11 Copy register
+0000017E: 2CBC MOV R11,R12 Copy register
+0000017F: 2CCD MOV R12,R13 Copy register
+00000180: 2CDE MOV R13,R14 Copy register
+00000181: 24EE CLR R14 Clear Register
+00000182: DEBD RCALL PC-0x0142 Relative call subroutine
+00000183: CF77 RJMP PC-0x0088 Relative jump
+00000184: 6000 ORI R16,0x00 Logical OR with immediate
+00000185: 6D2F ORI R18,0xDF Logical OR with immediate
+00000186: CDE1 RJMP PC-0x021E Relative jump
+00000187: 68CF ORI R28,0x8F Logical OR with immediate
+00000188: EDEF LDI R30,0xDF Load immediate
+00000189: 04EE CPC R14,R14 Compare with carry
+0000018A: 8B04 STD Z+20,R16 Store indirect with displacement
+0000018B: 01AB MOVW R20,R22 Copy register pair
