;=============================================================================== ; Disassm - IDA, compiled - MPLABX v4.20 ; reassembled only for radiocat ;=============================================================================== ; processor "16F74" #include __config _CP_OFF & _BODEN_ON & _PWRTE_ON & _WDT_ON & _HS_OSC ; 0x3FF6 ;=============================================================================== cblock 0x20 byte_20,byte_21,byte_22,byte_23,byte_24,byte_25,byte_26,byte_27,byte_28 byte_29,byte_2A,byte_2B,byte_2C,byte_2D,byte_2E,byte_2F byte_30,byte_31,byte_32,byte_33,byte_34,byte_35,byte_36,byte_37,byte_38 byte_39,byte_3A,byte_3B,byte_3C,byte_3D,byte_3E,byte_3F byte_40,byte_41,byte_42,byte_43,byte_44,byte_45,byte_46,byte_47,byte_48 byte_49,byte_4A,byte_4B,byte_4C,byte_4D,byte_4E,byte_4F byte_50,byte_51,byte_52,byte_53 endc ;------------------------------------------------------------------------------- cblock 0x60 byte_60,byte_61,byte_62,byte_63,byte_64,byte_65,byte_66,byte_67,byte_68 byte_69,byte_6A,byte_6B,byte_6C,byte_6D,byte_6E,byte_6F byte_70,byte_71,byte_72,byte_73,byte_74,byte_75,byte_76,byte_77,byte_78 byte_79,byte_7A,byte_7B,byte_7C,byte_7D,byte_7E,byte_7F endc ;------------------------------------------------------------------------------- cblock 0xA1 byte_A1,byte_A2,byte_A3,byte_A4,byte_A5,byte_A6,byte_A7,byte_A8 byte_A9,byte_AA,byte_AB,byte_AC,byte_AD endc ;------------------------------------------------------------------------------- cblock 0xB0 byte_B0,byte_B1,byte_B2,byte_B3,byte_B4,byte_B5,byte_B6,byte_B7,byte_B8 byte_B9,byte_BA,byte_BB endc ;=============================================================================== ORG 0x0 ;============================================================================ RESET: b RESET_0 ORG 0x4 ; =============== S U B R O U T I N E ======================================= ISR: movwf byte_20 swapf STATUS, w bcf STATUS, RP0 movwf byte_2F bcf byte_2A, 0 btfsc PCLATH, 3 bsf byte_2A, 0 bcf PCLATH, 3 btfsc PIR1, TMR2IF b loc_25 btfsc PIR1, CCP1IF b loc_14 btfss INTCON, INTF b loc_42 bcf INTCON, INTE b loc_42 loc_14: bcf PIR1, CCP1IF bsf byte_28, 3 movfw byte_41 bz loc_42 btfss byte_72, 7 btfss byte_72, 1 bsf PORTD, RD3 decf byte_41, f movfw byte_65 bz loc_42 movfw byte_41 andlw 3 skpnz bcf PORTD, RD3 b loc_42 loc_25: bcf PIR1, TMR2IF btfsc byte_2A, 7 btfsc PORTA, RA4 b loc_3A movfw byte_6F btfss byte_72, 0 bz loc_3A bsf PCLATH, 3 ; assume pclath = 8 call sub_82A bcf PCLATH, 3 ; assume pclath = 0 movwf byte_4B bsf byte_73, 5 bsf byte_73, 3 movlw 0xD0 iorwf PORTB, f bsf PORTD, RD2 bsf PORTC, RC2 call sub_8F movlw 0x96 movwf byte_46 loc_3A: tstf byte_7D skpz decf byte_7D, f tstf byte_4D skpz decfsz byte_4D, f b loc_42 bcf PORTC, RC5 loc_42: btfsc byte_2A, 0 bsf PCLATH, 3 ; assume pclath = 8 swapf byte_2F, w movwf STATUS swapf byte_20, f swapf byte_20, w retfie ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_49: bsf PCLATH, 3 ; assume pclath = 8 b loc_AF2 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_4B: bsf PCLATH, 3 ; assume pclath = 8 b loc_AF4 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_4D: bsf PCLATH, 3 ; assume pclath = 8 b loc_C62 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_4F: bsf PCLATH, 3 ; assume pclath = 8 b sub_A9E ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_51: bsf PCLATH, 3 ; assume pclath = 8 b loc_CB8 bsf PCLATH, 3 b loc_CCA ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_55: bsf PCLATH, 3 ; assume pclath = 8 b loc_CD7 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_57: bsf PCLATH, 3 ; assume pclath = 8 b loc_D13 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_59: bsf PCLATH, 3 ; assume pclath = 8 b loc_D5E ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_5B: bsf PCLATH, 3 ; assume pclath = 8 b loc_D59 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_5D: bsf PCLATH, 3 ; assume pclath = 8 b loc_D88 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_5F: bsf PCLATH, 3 ; assume pclath = 8 b loc_DF9 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_61: bsf PCLATH, 3 ; assume pclath = 8 b loc_E04 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_63: bsf PCLATH, 3 ; assume pclath = 8 b loc_E08 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_65: bsf PCLATH, 3 ; assume pclath = 8 b loc_E13 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_67: bsf PCLATH, 3 ; assume pclath = 8 b loc_E17 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_69: bsf PCLATH, 3 ; assume pclath = 8 b loc_E0F ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_6B: bsf PCLATH, 3 ; assume pclath = 8 b loc_E85 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_6D: bsf PCLATH, 3 ; assume pclath = 8 b sub_E87 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_6F: bsf PCLATH, 3 ; assume pclath = 8 b loc_A34 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_71: bsf PCLATH, 3 ; assume pclath = 8 b loc_A37 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_73: bsf PCLATH, 3 ; assume pclath = 8 b sub_A39 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_75: bsf PCLATH, 3 ; assume pclath = 8 b loc_9D8 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_77: bsf PCLATH, 3 ; assume pclath = 8 b loc_A0B ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_79: bsf PCLATH, 3 ; assume pclath = 8 b loc_9FB ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_7B: bsf PCLATH, 3 ; assume pclath = 8 b loc_A03 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_7D: bsf PCLATH, 3 ; assume pclath = 8 b loc_E7B ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_7F: bsf PCLATH, 3 ; assume pclath = 8 b sub_CA1 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_81: bsf PCLATH, 3 ; assume pclath = 8 b loc_C9E ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_83: bsf PCLATH, 3 ; assume pclath = 8 b loc_DA4 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_85: bsf PCLATH, 3 ; assume pclath = 8 b loc_DA6 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_87: bsf PCLATH, 3 ; assume pclath = 8 b loc_CFA ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_89: bsf PCLATH, 3 ; assume pclath = 8 b loc_D08 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_8B: bsf PCLATH, 3 ; assume pclath = 8 b loc_DDE ; assume pclath = 0 loc_8D: bsf PCLATH, 3 ; assume pclath = 8 b loc_FF1 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_8F: bsf PCLATH, 3 ; assume pclath = 8 b loc_A23 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_91: bsf PCLATH, 3 ; assume pclath = 8 b sub_A2A ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_93: bsf PCLATH, 3 ; assume pclath = 8 b loc_DB4 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_95: movlw 0xF4 b loc_9E ; =============== S U B R O U T I N E ======================================= sub_97: movlw 0x92 b loc_9E ; =============== S U B R O U T I N E ======================================= sub_99: movlw 0x62 b loc_9E ; =============== S U B R O U T I N E ======================================= sub_9B: movlw 0x31 b loc_9E ; =============== S U B R O U T I N E ======================================= sub_9D: movlw 0x18 loc_9E: movwf byte_23 clrf byte_24 loc_A0: call sub_4B loc_A1: b loc_A2 loc_A2: b loc_A3 loc_A3: decfsz byte_24, f b loc_A1 decfsz byte_23, f b loc_A0 return ; =============== S U B R O U T I N E ======================================= sub_A8: movlw 3 b loc_B8 ; =============== S U B R O U T I N E ======================================= sub_AA: movlw 7 b loc_B8 ; =============== S U B R O U T I N E ======================================= sub_AC: movlw 0x0B b loc_B8 ; =============== S U B R O U T I N E ======================================= sub_AE: movlw 0x0F b loc_B8 ; =============== S U B R O U T I N E ======================================= sub_B0: movlw 0x13 b loc_B8 ; =============== S U B R O U T I N E ======================================= sub_B2: movlw 0x17 b loc_B8 ; =============== S U B R O U T I N E ======================================= sub_B4: movfw byte_43 skpz return movlw 0x27 loc_B8: bsf byte_38, 1 movwf byte_43 return ; =============== S U B R O U T I N E ======================================= sub_BB: movlw 2 b loc_C6 ; =============== S U B R O U T I N E ======================================= sub_BD: movlw 4 b loc_C6 ; =============== S U B R O U T I N E ======================================= sub_BF: movlw 6 b loc_C6 ; =============== S U B R O U T I N E ======================================= sub_C1: movlw 8 b loc_C6 ; =============== S U B R O U T I N E ======================================= sub_C3: movlw 0xA b loc_C6 ; =============== S U B R O U T I N E ======================================= sub_C5: movlw 0xC loc_C6: movwf byte_44 bcf PORTC, RC5 return ; =============== S U B R O U T I N E ======================================= sub_C9: movlw 0 b loc_D4 ; =============== S U B R O U T I N E ======================================= sub_CB: movlw 1 b loc_D4 ; =============== S U B R O U T I N E ======================================= sub_CD: movlw 2 b loc_D4 ; =============== S U B R O U T I N E ======================================= sub_CF: movlw 3 b loc_D4 ; =============== S U B R O U T I N E ======================================= sub_D1: movlw 4 b loc_D4 loc_D3: movlw 5 loc_D4: bsf PCLATH, 3 ; assume pclath = 8 b sub_A39 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_D6: btfss byte_73, 1 btfsc byte_2A, 7 return btfss byte_72, 4 return btfss PORTB, RB1 b loc_E1 movfw byte_6D sublw 1 skpc return loc_E1: bsf PCLATH, 3 ; assume pclath = 8 call sub_8C9 movfw ADRES sublw 0x66 bc loc_A89 movfw ADRES sublw 0xCD skpnc btfsc byte_73, 2 return b loc_A74 ; assume pclath = 0 ; =============== S U B R O U T I N E ======================================= sub_ED: movlw 0x10 b loc_10A movlw 0x20 b loc_10A ; =============== S U B R O U T I N E ======================================= sub_F1: movlw 0x30 b loc_10A ; =============== S U B R O U T I N E ======================================= sub_F3: movlw 0x40 b loc_10A ; =============== S U B R O U T I N E ======================================= sub_F5: movlw 0x50 b loc_10A ; =============== S U B R O U T I N E ======================================= sub_F7: movlw 0x60 b loc_10A ; =============== S U B R O U T I N E ======================================= sub_F9: movlw 0x70 b loc_10A ; =============== S U B R O U T I N E ======================================= sub_FB: movlw 0x80 b loc_10A ; =============== S U B R O U T I N E ======================================= sub_FD: movlw 0x90 b loc_10A ; =============== S U B R O U T I N E ======================================= sub_FF: movlw 0xA0 b loc_10A ; =============== S U B R O U T I N E ======================================= sub_101: movlw 0xB0 b loc_10A ; =============== S U B R O U T I N E ======================================= sub_103: movlw 0xC0 b loc_10A ; =============== S U B R O U T I N E ======================================= sub_105: movlw 0xD0 b loc_10A ; =============== S U B R O U T I N E ======================================= sub_107: movlw 0xE0 b loc_10A ; =============== S U B R O U T I N E ======================================= sub_109: movlw 0xF0 loc_10A: movwf byte_24 movlw 0xF andwf byte_3A, f movfw byte_24 iorwf byte_3A, f return ; =============== S U B R O U T I N E ======================================= sub_110: movlw 0xF0 bsf STATUS, RP0 ; assume bank = 1 movwf byte_AA bcf STATUS, RP0 ; assume bank = 0 bsf byte_2A, 3 return ; =============== S U B R O U T I N E ======================================= sub_116: bsf byte_28, 7 bsf byte_28, 5 movlw 0x96 movwf byte_46 movlw 0x78 movwf byte_47 movlw 0x18 movwf byte_48 bsf STATUS, RP0 ; assume bank = 1 movwf byte_AB bcf STATUS, RP0 ; assume bank = 0 call sub_C9 return ; =============== S U B R O U T I N E ======================================= sub_123: call sub_AA call sub_CB return ; =============== S U B R O U T I N E ======================================= sub_126: call sub_AC call sub_CD return ; =============== S U B R O U T I N E ======================================= sub_129: movwf byte_25 loc_12A: call sub_6D btfss byte_29, 2 b loc_130 call sub_5F bz loc_4E7 loc_130: btfsc byte_72, 7 b loc_4E9 btfss byte_72, 4 b loc_136 btfsc byte_2C, 2 b loc_4E9 loc_136: decfsz byte_25, f b loc_12A return RESET_0: bsf PCLATH, 3 ; assume pclath = 8 b loc_F34 ; assume pclath = 0 loc_13B: bsf INTCON, GIE call sub_C5 call sub_AC loc_13E: call sub_95 movfw byte_44 bnz loc_13E bsf PCLATH, 3 ; assume pclath = 8 b loc_F6F ; assume pclath = 0 loc_144: call sub_F7 call sub_65 movlw 0x14 movwf byte_3F btfss byte_72, 2 bsf byte_29, 3 call sub_8F loc_14B: call sub_8B loc_14C: call sub_6D btfsc byte_29, 2 b loc_2FA call sub_D6 btfsc PORTB, RB6 bsf PORTC, RC5 btfss byte_73, 0 b loc_157 bsf PORTC, RC2 call sub_91 bsf PORTC, RC5 loc_157: btfsc byte_2B, 6 b loc_34F btfss byte_2B, 0 b loc_15D bsf PCLATH, 3 ; assume pclath = 8 b loc_FC2 ; assume pclath = 0 loc_15D: btfss byte_72, 4 btfss byte_72, 7 b loc_162 bsf PCLATH, 3 ; assume pclath = 8 b loc_AE5 ; assume pclath = 0 loc_162: btfss byte_73, 5 btfsc byte_73, 7 b loc_166 b loc_173 loc_166: call sub_51 bz loc_16E btfsc PORTE, RE1 bcf byte_2B, 1 movfw byte_4B bnz loc_193 loc_16E: bcf byte_73, 5 bcf byte_73, 7 call sub_85 call sub_4D call sub_65 loc_173: btfss byte_28, 4 b loc_193 call sub_51 bz loc_18B btfsc byte_72, 0 b loc_4E9 movfw byte_4B bz loc_4FF btfsc byte_2C, 6 b loc_166 xorlw 2 bnz loc_166 bsf byte_2C, 6 call sub_AE call sub_75 call sub_65 call sub_109 bsf byte_39, 3 call sub_4D call sub_69 b loc_166 loc_18B: bcf byte_2B, 1 btfsc byte_2D, 0 b loc_4E9 call sub_A8 call sub_85 call sub_9B btfss PORTA, RA4 b loc_4E9 loc_193: btfsc INTCON, INTF b loc_61F call sub_6D btfsc byte_29, 2 b loc_2FA call sub_D6 btfsc PORTA, RA4 b loc_19E btfss byte_29, 6 call sub_87 b loc_1AD loc_19E: btfsc INTCON, INTF b loc_61F call sub_6D btfsc byte_29, 2 b loc_2FA call sub_D6 call sub_5D btfss byte_29, 4 btfss PORTA, RA1 b loc_1C5 btfss byte_29, 6 b loc_1BD call sub_89 bc loc_1C5 loc_1AD: btfss byte_2A, 7 b loc_1BD decfsz byte_7A, f b loc_1D8 btfsc byte_72, 4 b loc_1B5 bcf PORTC, RC2 call sub_8F loc_1B5: btfss byte_2A, 7 b loc_1BD bcf byte_2A, 7 btfsc PORTE, RE1 bcf byte_2B, 1 call sub_85 call sub_4D call sub_65 loc_1BD: btfsc PORTE, RE1 bcf byte_2B, 1 bcf byte_2A, 7 movlw 4 movwf byte_7A btfsc byte_28, 4 b loc_3F5 b loc_1CC loc_1C5: btfsc byte_2A, 7 b loc_1C9 decfsz byte_7A, f b loc_1D8 loc_1C9: bsf byte_2A, 7 movlw 2 movwf byte_7A loc_1CC: btfsc byte_73, 7 btfss byte_2B, 1 b loc_1D8 bcf byte_73, 7 movlw 0x14 movwf byte_4F bcf byte_2A, 5 btfsc byte_73, 5 b loc_1D8 call sub_85 call sub_105 b loc_614 loc_1D8: btfsc INTCON, INTF b loc_61F call sub_6D btfsc byte_29, 2 b loc_2FA call sub_D6 btfsc byte_28, 2 b loc_2D1 tstf byte_77 skpnz btfsc byte_72, 4 b loc_1E8 loc_1E4: bcf byte_2C, 2 bcf byte_2C, 3 bcf byte_2A, 1 b loc_1FB loc_1E8: call sub_4B btfss byte_2C, 3 b loc_1F0 bcf byte_2C, 3 call sub_C9 call sub_ED call sub_4D call sub_65 loc_1F0: btfss byte_72, 4 b loc_1E4 bsf PORTC, RC2 btfss PORTB, RB6 call sub_91 btfss PORTA, RA4 b loc_1F9 btfss PORTB, RB6 bsf byte_2C, 2 loc_1F9: btfsc byte_2C, 2 b loc_298 loc_1FB: btfss byte_29, 7 b loc_204 bcf byte_29, 7 bsf byte_39, 6 bsf byte_39, 4 bsf byte_39, 3 call sub_AC call sub_F9 b loc_614 loc_204: btfsc byte_28, 4 b loc_14C call sub_4B btfss byte_72, 0 btfsc byte_72, 6 b loc_236 btfsc byte_73, 3 b loc_210 btfsc PORTB, RB6 b loc_236 btfsc PORTA, RA4 b loc_222 loc_210: btfsc byte_2C, 4 btfss byte_28, 1 b loc_217 bcf byte_2C, 4 bcf byte_28, 1 clrf byte_78 clrf byte_43 loc_217: btfss byte_72, 4 btfss byte_2A, 2 b loc_236 bsf PCLATH, 3 ; assume pclath = 8 call sub_DE4 movfw byte_6A bz loc_A36 clrf byte_4F bsf byte_2A, 5 b loc_B1E ; assume pclath = 0 loc_222: btfss PORTB, RB1 b loc_228 movfw byte_6D sublw 1 skpnc bcf PORTB, RB1 loc_228: btfsc byte_2A, 2 b loc_236 bcf byte_73, 6 bcf byte_2B, 1 bcf byte_28, 0 movfw byte_6A skpz btfsc PORTE, RE1 b loc_236 bsf PCLATH, 3 ; assume pclath = 8 call sub_800 bcf PCLATH, 3 ; assume pclath = 0 movwf byte_4F bsf byte_2A, 5 loc_236: bcf byte_73, 3 bcf byte_2A, 2 btfsc PORTA, RA4 btfsc PORTB, RB6 b loc_23D bsf byte_2A, 2 clrf byte_7E loc_23D: btfss byte_28, 0 b loc_243 bcf byte_28, 0 call sub_A8 movlw 0 call sub_6F loc_243: btfss byte_72, 4 reset b loc_252 movlw 14 movwf byte_3F btfsc PORTE, RE1 b loc_24E btfsc PORTC, RC3 btfsc byte_2D, 0 b loc_24E b loc_271 loc_24E: tstf byte_44 bz loc_26C b loc_271 loc_252: btfsc byte_2A, 7 b loc_271 movfw byte_3F bnz loc_271 movlw 14 movwf byte_3F btfsc byte_72, 3 call sub_55 call sub_4B btfss byte_28, 5 btfsc byte_28, 6 b loc_3EE btfsc byte_72, 0 b loc_270 btfsc byte_28, 7 b loc_268 btfsc byte_72, 3 b loc_26C btfsc byte_72, 4 call sub_BB b loc_271 loc_268: btfsc byte_72, 3 b loc_26E call sub_BD b loc_271 loc_26C: call sub_BF b loc_271 loc_26E: call sub_C1 b loc_271 loc_270: call sub_C3 loc_271: btfsc INTCON, INTF b loc_61F b loc_14C movfw byte_4A bnz loc_283 decfsz byte_42, f b loc_27A b loc_291 loc_27A: call sub_B2 movlw 0x0E call sub_71 bsf byte_39, 0 bsf byte_38, 1 bsf byte_39, 3 call sub_FB call sub_4D call sub_65 loc_283: movfw byte_4A sublw 5 movlw 5 skpnc movwf byte_4A b loc_1FB movfw byte_4A sublw 0x5 bnc loc_2CF movlw 0x19 nop decfsz byte_42, f b loc_293 loc_291: bsf byte_73, 1 b loc_1FB loc_293: bsf byte_2A, 1 call sub_FD movlw 0x98 movwf byte_41 b loc_2AF loc_298: btfss byte_72, 6 b loc_2A5 movfw byte_27 bnz loc_1FB btfsc byte_2B, 5 b loc_2A5 movlw 0x64 movwf byte_27 bsf byte_2B, 5 call sub_AE call sub_CF b loc_1FB loc_2A5: movlw 0xF andwf byte_2D, f swapf byte_2D, w iorwf byte_2D, f bsf byte_2C, 1 movlw 0x98 movwf byte_41 loc_2AC: call sub_83 call sub_FF bsf byte_39, 4 loc_2AF: movfw byte_6D sublw 1 skpnc bsf PORTB, RB1 bcf byte_2C, 2 bsf byte_39, 3 bsf byte_38, 1 call sub_4D call sub_65 loc_2B8: call sub_B4 bsf byte_39, 3 bsf byte_39, 4 bsf byte_38, 1 call sub_FF call sub_4D call sub_67 btfss byte_29, 2 b loc_2C4 call sub_61 bz loc_2CE loc_2C4: btfss byte_72, 7 b loc_2C8 btfsc byte_28, 2 b loc_2D1 loc_2C8: btfsc INTCON, INTF b loc_61E movfw byte_41 bnz loc_2B8 b loc_2CF loc_2CE: bsf byte_2C, 0 loc_2CF: movlw 0x19 movwf byte_4A loc_2D1: clrf byte_41 bcf PORTD, RD3 movfw byte_6D sublw 1 skpnc bcf PORTB, RB1 bcf byte_2C, 2 bcf byte_2C, 3 btfsc byte_28, 2 b loc_2F0 btfss byte_2C, 0 b loc_1FB bsf byte_2B, 0 bcf byte_2C, 0 bcf byte_2A, 1 bcf byte_2C, 1 bcf byte_72, 7 bcf byte_28, 1 bcf byte_2A, 6 call sub_123 call sub_105 call sub_7D call sub_4D call sub_69 btfsc PORTA, RA4 btfsc PORTB, RB6 b loc_1FB bcf byte_72, 4 movlw 0x1E movwf byte_77 b loc_1FB loc_2F0: bcf byte_2C, 4 bcf byte_28, 2 bcf byte_28, 1 clrf byte_78 bcf byte_72, 7 bsf byte_2B, 0 call sub_126 call sub_105 call sub_4D call sub_65 loc_2FA: bcf byte_29, 2 call sub_4B bsf PCLATH, 3 ; assume pclath = 8 call sub_842 bnz loc_94C bcf byte_2A, 5 movlw 0x20 xorwf byte_37, w bnz loc_BAC bcf byte_73, 6 bcf byte_2B, 3 clrf byte_7E btfss byte_73, 0 b loc_B10 bcf byte_73, 0 bcf PORTC, RC2 call sub_88F call sub_8AA call sub_8EF b loc_E12 movfw byte_77 bnz loc_B18 btfss byte_72, 4 btfsc byte_28, 1 b loc_B18 btfss byte_72, 5 b loc_B56 btfsc PORTE, RE1 b loc_B1E movlw 0x96 btfss PORTB, RB6 btfss PORTA, RA4 movwf byte_4F bcf PORTB, RB1 clrf byte_76 bcf byte_2B, 6 bcf PORTD, RD7 bcf byte_72, 5 btfsc byte_2A, 5 b loc_B38 call loc_877 btfsc byte_72, 0 b loc_B30 btfss PORTB, RB6 btfss PORTA, RA4 b loc_B2E call sub_8EF call loc_849 b loc_B3B btfsc byte_2C, 1 b loc_B35 clrf byte_4E call sub_8AA call loc_8CB call sub_8EF b loc_B38 call loc_8AE call loc_8CF call loc_8FF ; assume pclath = 0 loc_338: call sub_49 bsf PCLATH, 3 ; assume pclath = 8 call sub_C48 movfw byte_68 xorlw 2 skpnz bsf byte_73, 4 movfw byte_68 bsf PCLATH, 3 call sub_830 bcf PCLATH, 3 ; assume pclath = 0 movwf byte_40 bsf PORTD, RD6 btfss byte_2B, 3 b loc_34C bsf STATUS, RP0 ; assume bank = 1 movwf byte_A2 bcf STATUS, RP0 ; assume bank = 0 bsf PORTD, RD5 bcf byte_2B, 3 loc_34C: btfsc byte_2A, 5 b loc_3A9 b loc_617 loc_34F: btfss byte_2A, 5 btfss PORTA, RA4 b loc_357 btfsc PORTB, RB6 b loc_357 bcf byte_2B, 6 b loc_14C loc_356: bcf byte_2B, 6 loc_357: clrf byte_4F bcf PORTD, RD6 bcf byte_73, 4 movfw byte_69 bz loc_364 xorlw 2 bz loc_364 bsf STATUS, RP0 ; assume bank = 1 clrf byte_A2 bcf STATUS, RP0 ; assume bank = 0 bcf PORTD, RD5 loc_364: bcf STATUS, RP0 bcf PORTB, RB1 clrf byte_76 bsf byte_72, 5 btfsc byte_2A, 5 b loc_395 btfsc byte_72, 0 b loc_38E btfsc PORTA, RA4 btfsc PORTB, RB6 b loc_372 call sub_ED call sub_49 b loc_39A loc_372: movfw byte_6C bsf PCLATH, 3 ; assume pclath = 8 call sub_80C bcf PCLATH, 3 ; assume pclath = 0 btfss byte_2B, 6 b loc_37A btfss byte_73, 6 movlw 1 loc_37A: movwf byte_77 bsf PORTC, RC2 btfss PORTB, RB6 call sub_91 movfw byte_6C skpz bsf byte_2A, 6 bcf byte_2D, 3 bsf PCLATH, 3 ; assume pclath = 8 call sub_CA6 bcf PCLATH, 3 ; assume pclath = 0 bz loc_38E call sub_AE bcf byte_72, 1 bsf PCLATH, 3 ; assume pclath = 8 call sub_C54 bcf PCLATH, 3 ; assume pclath = 0 bcf byte_2B, 6 b loc_590 loc_38E: btfss byte_73, 5 btfss byte_73, 7 b loc_392 call sub_85 loc_392: call sub_A8 call sub_C9 call sub_ED loc_395: call sub_49 btfsc byte_2A, 5 b loc_39F bsf PCLATH, 3 ; assume pclath = 8 call sub_C54 ; assume pclath = 0 loc_39A: btfss byte_73, 6 b loc_39F movfw byte_6B xorlw 1 skpz loc_39F: call sub_7F btfsc byte_2A, 5 b loc_3A9 btfss byte_2B, 6 b loc_617 call sub_4D bcf byte_73, 6 bcf byte_2B, 3 bcf byte_2B, 6 b loc_615 loc_3A9: bcf byte_2B, 6 bcf byte_2A, 5 b loc_236 movlw 0x21 xorwf byte_37, w bnz loc_3C7 movlw 1 xorwf byte_69, w bz loc_3C1 movlw 3 xorwf byte_69, w bz loc_3C1 call sub_126 call sub_49 movlw 4 bsf STATUS, RP0 ; assume bank = 1 movwf byte_A2 bcf STATUS, RP0 ; assume bank = 0 bsf PORTD, RD5 call sub_F1 b loc_618 loc_3C1: bcf byte_72, 5 call sub_77 call sub_123 call sub_49 bsf byte_2B, 3 b loc_338 loc_3C7: movlw 0xFE andwf byte_37, w xorlw 0x40 btfss byte_72, 0 bnz loc_507 btfss byte_73, 5 btfsc byte_28, 4 b loc_4E7 btfsc byte_73, 7 b loc_4E7 btfsc byte_2A, 7 b loc_3D7 bcf byte_28, 5 bcf byte_28, 6 b loc_3F0 loc_3D7: btfsc PORTD, RD0 btfsc PORTC, RC0 b loc_507 movlw 0xD0 iorwf PORTB, f bsf PORTD, RD2 bsf PORTC, RC2 bcf byte_2A, 2 call sub_7D movlw 1 movwf byte_4B bsf byte_73, 7 bsf byte_2A, 5 bcf byte_2B, 1 movfw byte_6F bz loc_4DE bsf PCLATH, 3 ; assume pclath = 8 call sub_82A bcf PCLATH, 3 ; assume pclath = 0 movwf byte_4B bsf byte_73, 5 b loc_4DE loc_3EE: btfsc byte_2A, 7 b loc_4FC loc_3F0: bcf byte_2B, 2 btfsc PORTD, RD0 btfsc byte_2B, 1 b loc_3F8 b loc_4E9 loc_3F5: btfsc byte_2B, 2 b loc_3FA bsf byte_2B, 2 loc_3F8: movlw 4 movwf byte_4C loc_3FA: movfw byte_66 sublw 1 btfss PORTE, RE1 bc loc_403 movlw 1 movwf byte_77 call sub_49 call sub_81 loc_403: call sub_8B btfsc byte_2A, 4 btfsc byte_72, 2 b loc_40A call sub_126 call sub_105 b loc_619 loc_40A: clrf byte_45 movlw 0xF andwf PORTB, f bsf PORTC, RC2 call sub_8F bcf byte_2A, 7 call sub_51 skpz btfsc byte_72, 0 b loc_4E9 bsf byte_39, 2 call sub_126 call sub_4D btfss byte_28, 5 btfsc byte_28, 6 b loc_424 btfsc byte_2B, 2 b loc_424 call sub_FB call sub_67 btfss byte_29, 2 b loc_427 call sub_5F bz loc_4E7 b loc_427 loc_424: bsf byte_39, 3 call sub_F5 call sub_65 loc_427: call sub_79 call sub_69 btfss byte_29, 2 b loc_42E call sub_5F bz loc_4E7 loc_42E: clrf byte_44 bsf PORTD, RD2 bsf PORTC, RC5 movfw byte_4B bnz loc_44C call sub_51 bz loc_4E9 bsf byte_28, 4 movlw 0xD0 iorwf PORTB, f call sub_49 movfw byte_67 bz loc_44C movlw 0x23 movwf byte_27 loc_440: call sub_4B call sub_51 bz loc_4E9 movlw 1 call sub_129 movfw byte_27 bnz loc_440 b loc_44C loc_44A: movlw 0xF andwf PORTB, f loc_44C: bsf PORTC, RC2 call sub_8F bcf byte_2A, 7 movlw 7 andwf byte_4C, f bsf byte_39, 2 call sub_4D call sub_67 btfss byte_29, 2 b loc_459 call sub_5F bz loc_4E7 loc_459: btfss PORTB, RB7 btfsc PORTB, RB6 b loc_465 movlw 0xA call sub_129 call sub_51 bz loc_4E9 movlw 0xD0 iorwf PORTB, f movlw 0x19 call sub_129 loc_465: call sub_87 movfw byte_63 skpz bcf byte_29, 6 call sub_49 movlw 3 movwf byte_4A movfw byte_62 bsf PCLATH, 3 ; assume pclath = 8 call sub_81E bcf PCLATH, 3 ; assume pclath = 0 movwf byte_27 movfw byte_45 addwf byte_27, f addwf byte_4A, f call sub_51 bz loc_4E9 bsf PORTC, RC5 movfw PORTB movwf byte_24 bcf byte_24, 7 movfw byte_66 bz loc_481 xorlw 2 skpz bcf byte_24, 4 loc_481: bsf byte_24, 5 movfw byte_24 movwf PORTB call sub_9B btfss byte_2A, 4 bcf byte_72, 2 loc_487: call sub_4B btfss byte_2A, 4 b loc_48C call sub_5B b loc_491 loc_48C: btfss byte_72, 2 call sub_57 btfsc byte_29, 3 b loc_498 call sub_59 loc_491: btfss byte_29, 4 b loc_498 tstf byte_4A bnz loc_49B call sub_9B b loc_4A4 loc_498: btfss byte_2A, 4 btfsc PORTA, RA1 b loc_4A0 loc_49B: call sub_4B tstf byte_4A bnz loc_49B b loc_4A4 loc_4A0: movfw byte_27 bnz loc_487 bcf PORTC, RC5 loc_4A4: movfw PORTB andlw 0xDF iorlw 0xD0 movwf PORTB btfss byte_2A, 4 bcf byte_72, 2 movlw 0x14 call sub_129 movlw 3 movwf byte_25 loc_4AE: btfsc byte_29, 3 b loc_4B4 call sub_5D btfss byte_29, 4 b loc_4CD b loc_4BD loc_4B4: btfss byte_29, 6 b loc_4BA call sub_89 bc loc_4BD bcf byte_29, 6 loc_4BA: call sub_99 btfsc PORTA, RA1 b loc_4CD loc_4BD: call sub_4B call sub_6D btfss byte_29, 2 b loc_4C4 call sub_5F bz loc_4E7 loc_4C4: btfsc byte_72, 7 b loc_4E9 btfss byte_72, 4 b loc_4CA btfsc byte_2C, 2 b loc_4E9 loc_4CA: decfsz byte_25, f b loc_4AE b loc_4D1 loc_4CD: incf byte_45, f decfsz byte_4C, f b loc_44A b loc_4E9 loc_4D1: bsf byte_28, 4 btfsc byte_28, 6 call sub_110 movfw byte_60 bsf PCLATH, 3 ; assume pclath = 8 call sub_812 bcf PCLATH, 3 ; assume pclath = 0 movwf byte_4B bsf byte_2A, 7 bcf byte_2C, 6 bcf byte_28, 5 bcf byte_28, 6 call sub_AC loc_4DE: movlw 0x96 movwf byte_46 call sub_101 bsf byte_39, 3 bsf byte_39, 2 call sub_4D call sub_67 call sub_75 b loc_619 loc_4E7: bsf byte_2B, 4 btfss byte_2B, 4 loc_4E9: bcf byte_2B, 4 bcf byte_28, 5 call sub_83 btfsc byte_28, 6 call sub_110 bcf byte_28, 6 call sub_AE call sub_CF btfss byte_2B, 4 b loc_4F6 bcf byte_2B, 4 call sub_105 b loc_617 loc_4F6: call sub_F3 bsf byte_39, 2 call sub_4D call sub_65 call sub_7B b loc_619 loc_4FC: bcf byte_28, 5 bcf byte_28, 6 b loc_252 loc_4FF: call sub_83 call sub_AE call sub_CF call sub_F3 call sub_4D call sub_65 call sub_75 b loc_619 loc_507: movlw 80 xorwf byte_37, w bnz loc_513 call sub_AC call sub_7D bsf PCLATH, 3 ; assume pclath = 8 call sub_8D9 call loc_869 call loc_8F7 bsf byte_39, 3 b loc_E17 ; assume pclath = 0 loc_513: movlw 0x81 xorwf byte_37, w bnz loc_52C bsf STATUS, RP0 ; assume bank = 1 movfw byte_A3 bcf STATUS, RP0 ; assume bank = 0 bnz loc_14C call sub_AC call sub_49 bsf PORTC, RC7 movlw 4 bsf STATUS, RP0 ; assume bank = 1 movwf byte_A3 bcf STATUS, RP0 ; assume bank = 0 call sub_95 call sub_97 call sub_F1 btfsc byte_72, 4 bsf byte_73, 1 movlw 0x96 movwf byte_4E bcf byte_2C, 2 b loc_618 loc_52C: movlw 0x10 xorwf byte_37, w skpnz btfsc byte_72, 0 b loc_545 btfsc byte_72, 4 b loc_536 movfw byte_77 bz loc_543 loc_536: btfsc byte_72, 1 b loc_53D bsf byte_72, 1 bsf byte_38, 4 call sub_A8 call sub_103 b loc_612 loc_53D: bcf byte_72, 1 bcf byte_38, 4 call sub_A8 call sub_C9 call sub_FF b loc_612 loc_543: bsf byte_72, 1 b loc_356 loc_545: movlw 0x11 xorwf byte_37, w bnz loc_55C call sub_A8 call sub_C9 call sub_49 movfw byte_64 bsf PCLATH, 3 ; assume pclath = 8 call sub_806 bcf PCLATH, 3 ; assume pclath = 0 bsf STATUS, RP0 ; assume bank = 1 movwf byte_A1 bcf STATUS, RP0 ; assume bank = 0 bz loc_557 btfsc PORTD, RD4 b loc_559 loc_557: bsf PORTD, RD4 b loc_55A loc_559: bcf PORTD, RD4 loc_55A: call sub_ED b loc_618 loc_55C: btfsc byte_72, 0 b loc_5F4 movlw 0x60 xorwf byte_37, w bnz loc_579 bcf byte_2C, 6 movlw 0xA addwf byte_4B, f movlw 0x29 subwf byte_4B, w bnc loc_571 call sub_126 movlw 0x28 movwf byte_4B call sub_7D loc_56D: call sub_75 call sub_69 loc_56F: call sub_F7 b loc_577 loc_571: call sub_A8 call sub_C9 call sub_7D call sub_75 call sub_69 call sub_101 loc_577: bsf byte_39, 3 b loc_617 loc_579: movlw 0x61 xorwf byte_37, w bnz loc_583 call sub_AC call sub_7D movfw byte_4B bz loc_56F b loc_56D loc_583: movlw 0xA0 xorwf byte_37, w skpnz btfsc byte_72, 0 b loc_59A btfsc PORTA, RA4 b loc_59A call sub_AC btfsc byte_72, 4 b loc_591 clrf byte_77 bsf byte_72, 5 bsf byte_72, 4 loc_590: call sub_7F loc_591: movlw 0x19 movwf byte_4A call sub_7D call sub_FF call sub_4D call sub_69 movlw 0xE call sub_6F b loc_14C loc_59A: movlw 0xA1 xorwf byte_37, w bnz loc_5AB btfsc PORTA, RA4 btfsc byte_28, 1 b loc_2F0 movlw 0x96 movwf byte_78 movlw 0x97 movwf byte_43 movlw 0x19 movwf byte_79 bsf byte_28, 1 bsf byte_39, 3 call sub_FF b loc_618 loc_5AB: movlw 0x30 xorwf byte_37, w bnz loc_5C6 btfsc byte_72, 4 b loc_5B4 tstf byte_77 bz loc_5C6 loc_5B4: btfsc byte_73, 1 b loc_5BE btfsc byte_73, 2 b loc_5BA bsf byte_73, 2 b loc_5E5 loc_5BA: bsf byte_73, 1 call sub_126 call sub_F1 b loc_612 loc_5BE: bcf byte_73, 1 bcf byte_73, 2 call sub_A8 call sub_C9 call sub_ED movlw 9 movwf byte_42 b loc_612 loc_5C6: movlw 0xC0 xorwf byte_37, w bnz loc_5CE bcf byte_72, 3 bcf byte_28, 6 bsf byte_2A, 3 b loc_5E5 loc_5CE: movlw 0xC1 xorwf byte_37, w bnz loc_5DF bsf byte_72, 3 bcf byte_2A, 3 btfsc byte_72, 3 call sub_55 call sub_A8 call sub_C9 call sub_7D movfw byte_61 bsf PCLATH, 3 ; assume pclath = 8 call sub_818 call sub_8EA call loc_869 b loc_E09 ; assume pclath = 0 loc_5DF: movlw 0x50 xorwf byte_37, w bnz loc_5E7 bcf byte_28, 7 bcf byte_28, 5 loc_5E5: call sub_123 b loc_611 loc_5E7: movlw 0x51 xorwf byte_37, w bnz loc_5F4 call sub_116 call sub_C9 call sub_107 call sub_7D call sub_4D call sub_69 call sub_93 bsf byte_2B, 0 b loc_61A loc_5F4: movlw 0x90 xorwf byte_37, w bnz loc_5FE call sub_F7 call sub_B2 call sub_4D call sub_67 call loc_D3 b loc_61A loc_5FE: movlw 0xD1 xorwf byte_37, w bnz loc_60B bsf byte_72, 0 bcf byte_72, 3 bcf byte_28, 7 clrf byte_77 clrf byte_4F call sub_AE call sub_CF call sub_107 b loc_612 loc_60B: movlw 0xD0 xorwf byte_37, w bnz loc_14C bcf byte_72, 0 call sub_126 loc_611: call sub_105 loc_612: bsf byte_2B, 0 b loc_617 loc_614: call sub_4D loc_615: call sub_65 b loc_61A loc_617: call sub_7D loc_618: call sub_4D loc_619: call sub_69 loc_61A: bcf byte_2C, 1 movlw 0x14 movwf byte_3F b loc_14C loc_61E: bsf byte_2B, 5 loc_61F: bsf PORTC, RC5 call sub_4B clrf byte_4F bcf byte_2B, 6 bcf INTCON, INTF bcf byte_29, 6 clrf byte_49 btfss PORTA, RA4 btfss byte_73, 0 b loc_62D bcf byte_73, 0 bsf byte_2B, 0 bcf PORTC, RC2 call sub_8F loc_62D: btfsc byte_2A, 7 b loc_7D0 btfss PORTA, RA4 b loc_72E incf byte_49, f movlw 0x32 movwf byte_25 loc_634: bsf PORTC, RC5 call sub_9B btfsc PORTB, RB0 b loc_67A decfsz byte_25, f b loc_634 bcf PORTC, RC5 btfsc byte_72, 4 b loc_7D0 bcf byte_72, 1 call sub_CF clrf byte_4C loc_640: bcf PORTC, RC5 movlw 0x64 movwf byte_25 loc_643: movlw 5 movwf byte_26 loc_645: bcf INTCON, INTF call sub_6B btfss byte_29, 2 b loc_64E bsf PCLATH, 3 ; assume pclath = 8 b loc_FA6 ; assume pclath = 0 loc_64B: decfsz byte_26, f b loc_645 b loc_65E loc_64E: btfss PORTB, RB0 b loc_655 btfss PORTA, RA4 b loc_7CF decfsz byte_25, f b loc_645 b loc_7CF loc_655: bsf PORTC, RC5 movlw 0x32 movwf byte_25 loc_658: call sub_9B btfsc PORTB, RB0 b loc_640 decfsz byte_25, f b loc_658 b loc_7CF loc_65E: movfw byte_3E andlw 0xF0 xorlw 0x90 bnz loc_643 movlw 0xF andwf byte_3E, f bsf PCLATH, 3 ; assume pclath = 8 b loc_FCB movfw byte_4C call loc_873 call loc_84B movfw byte_37 andlw 0xF movwf byte_3E call loc_86B btfsc byte_29, 2 b loc_E6D movfw byte_4C movwf byte_26 bcf INTCON, INTF call loc_863 incf byte_4C, f movlw 4 subwf byte_4C, w bnc loc_E40 b loc_E3F ; assume pclath = 0 loc_67A: bcf PORTC, RC5 movlw 0x64 movwf byte_25 loc_67D: call sub_9D btfss PORTB, RB0 b loc_685 btfss PORTA, RA4 b loc_691 decfsz byte_25, f b loc_67D b loc_7D0 loc_685: incf byte_49, f bsf PORTC, RC5 movlw 0x64 movwf byte_25 loc_689: call sub_9D btfsc PORTB, RB0 b loc_67A btfss PORTA, RA4 b loc_691 decfsz byte_25, f b loc_689 b loc_7CF loc_691: bcf byte_2B, 3 bcf byte_2B, 4 movlw 4 xorwf byte_49, w bz loc_7CB movlw 8 xorwf byte_49, w bz loc_7C0 btfsc byte_72, 4 b loc_7D0 movlw 0x9 xorwf byte_49, w bz loc_70C movlw 6 xorwf byte_49, w bz loc_6AC movlw 0xA xorwf byte_49, w bnz loc_7D0 bsf byte_2B, 3 movlw 0x9 btfss byte_2B, 3 loc_6AC: movlw 5 bcf byte_72, 1 call sub_73 clrf byte_49 movlw 0xC8 movwf byte_25 loc_6B2: btfss PORTB, RB0 b loc_6BA call sub_9D btfsc PORTA, RA4 b loc_7CF decfsz byte_25, f b loc_6B2 b loc_7CF loc_6BA: bsf PORTC, RC5 movlw 0x64 movwf byte_25 loc_6BD: btfsc PORTB, RB0 b loc_6D0 call sub_9D btfsc PORTA, RA4 b loc_7CF decfsz byte_25, f b loc_6BD b loc_7CF loc_6C5: bsf PORTC, RC5 movlw 0x64 movwf byte_25 loc_6C8: btfsc PORTB, RB0 b loc_6D0 call sub_9D btfsc PORTA, RA4 b loc_8D decfsz byte_25, f b loc_6C8 b loc_8D loc_6D0: bcf PORTC, RC5 movfw byte_49 call sub_71 loc_6D3: bcf PORTC, RC5 movlw 0x64 movwf byte_25 loc_6D6: bcf INTCON, INTF call sub_6D btfsc byte_29, 2 b loc_6E9 btfsc PORTB, RB0 b loc_6E4 btfsc byte_2B, 3 b loc_6C5 incf byte_49, f movlw 0x10 subwf byte_49, w skpnc clrf byte_49 b loc_6C5 loc_6E4: btfsc PORTA, RA4 b loc_8D decfsz byte_25, f b loc_6D6 b loc_8D loc_6E9: movlw 0x24 btfss byte_2B, 3 movlw 0x60 addwf byte_49, w movwf FSR btfss byte_37, 5 b loc_6F5 btfsc byte_2B, 3 bsf byte_2B, 4 call sub_C9 movlw 0 b loc_706 loc_6F5: btfss byte_37, 6 b loc_6FB bcf byte_2B, 4 call sub_CB movlw 1 b loc_706 loc_6FB: btfss byte_37, 7 b loc_701 bcf byte_2B, 4 call sub_CD movlw 2 b loc_706 loc_701: btfss byte_37, 4 b loc_6D6 bcf byte_2B, 4 call sub_CF movlw 3 loc_706: movwf INDF movwf byte_26 bcf INTCON, INTF call sub_7D call sub_63 b loc_6D3 loc_70C: btfss byte_2A, 4 b loc_7CF bcf PORTC, RC2 call sub_8F movlw 8 call sub_73 movlw 0xB4 movwf byte_25 loc_714: call sub_95 btfss PORTB, RB0 b loc_71C call sub_95 bsf PORTC, RC5 decfsz byte_25, f b loc_714 b loc_7CF loc_71C: call sub_57 btfsc byte_72, 2 b loc_723 call sub_AE call sub_CF bsf byte_2B, 0 b loc_7D0 loc_723: call sub_A8 call sub_C9 movlw 0x11 movwf byte_26 movlw 2 movwf byte_25 movlw byte_72 loc_72A: movwf FSR bsf byte_2B, 0 call sub_4F b loc_7D0 loc_72E: btfsc byte_72, 4 b loc_7D0 incf byte_49, f bsf PORTC, RC5 movlw 0x64 movwf byte_25 loc_734: call sub_9D btfsc PORTB, RB0 b loc_73C btfsc PORTA, RA4 b loc_747 decfsz byte_25, f b loc_734 b loc_7CF loc_73C: bcf PORTC, RC5 movlw 0x64 movwf byte_25 loc_73F: call sub_9D btfss PORTB, RB0 b loc_72E btfsc PORTA, RA4 b loc_747 decfsz byte_25, f b loc_73F b loc_7D0 loc_747: movlw 3 xorwf byte_49, w bz loc_754 movlw 4 xorwf byte_49, w bz loc_776 movlw 5 xorwf byte_49, w bz loc_797 b loc_7D0 loc_754: bcf byte_72, 1 call sub_CD loc_756: movlw 0x64 movwf byte_25 loc_758: btfsc PORTB, RB0 b loc_762 bsf PORTC, RC5 bsf byte_29, 6 call sub_9D btfss PORTA, RA4 b loc_7BA decfsz byte_25, f b loc_758 b loc_7BA loc_762: btfss byte_29, 6 b loc_76C bcf byte_29, 6 btfsc byte_72, 0 b loc_76A bsf byte_72, 0 call sub_C9 b loc_76C loc_76A: bcf byte_72, 0 call sub_CB loc_76C: movlw 0xC8 movwf byte_25 loc_76E: call sub_9D btfss PORTA, RA4 b loc_7BA btfss PORTB, RB0 b loc_756 decfsz byte_25, f b loc_76E b loc_7BA loc_776: call sub_CF loc_777: movlw 0x64 movwf byte_25 loc_779: btfsc PORTB, RB0 b loc_783 bsf PORTC, RC5 bsf byte_29, 6 call sub_9D btfss PORTA, RA4 b loc_7BA decfsz byte_25, f b loc_779 b loc_7BA loc_783: btfss byte_29, 6 b loc_78D bcf byte_29, 6 btfsc byte_28, 7 b loc_78A call sub_116 b loc_78D loc_78A: bcf byte_28, 7 bcf byte_28, 5 call sub_CB loc_78D: movlw 0xC8 movwf byte_25 loc_78F: call sub_9D btfss PORTA, RA4 b loc_7BA btfss PORTB, RB0 b loc_777 decfsz byte_25, f b loc_78F b loc_7BA loc_797: call sub_D1 loc_798: movlw 0x64 movwf byte_25 loc_79A: btfsc PORTB, RB0 b loc_7A4 bsf PORTC, RC5 bsf byte_29, 6 call sub_9D btfss PORTA, RA4 b loc_7BA decfsz byte_25, f b loc_79A b loc_7BA loc_7A4: btfss byte_29, 6 b loc_7B1 bcf byte_29, 6 btfsc byte_72, 3 b loc_7AD bsf byte_72, 3 bcf byte_2A, 3 call sub_C9 b loc_7B1 loc_7AD: bcf byte_72, 3 bcf byte_28, 6 bsf byte_2A, 3 call sub_CB loc_7B1: movlw 0xC8 movwf byte_25 loc_7B3: call sub_9D btfss PORTA, RA4 b loc_7BA btfss PORTB, RB0 b loc_798 decfsz byte_25, f b loc_7B3 loc_7BA: movlw 0x11 movwf byte_26 movlw 1 movwf byte_25 movlw 0x72 b loc_72A loc_7C0: bcf byte_2B, 5 call sub_A8 bcf byte_72, 1 call sub_C9 bsf byte_72, 5 bsf byte_72, 6 movlw 0x64 movwf byte_77 bsf byte_38, 6 bsf byte_2B, 0 b loc_7D0 loc_7CB: bcf byte_72, 1 call sub_123 call sub_77 b loc_7D0 loc_7CF: call sub_B0 loc_7D0: bcf PORTC, RC5 bcf INTCON, INTF bsf INTCON, INTE btfsc byte_2B, 3 btfss byte_2B, 4 b loc_7DA bcf byte_2B, 3 bcf byte_2B, 4 bsf PCLATH, 3 ; assume pclath = 8 b loc_F79 ; assume pclath = 0 loc_7DA: btfsc byte_2B, 5 b loc_2AF b loc_14B ;============================================================================ ORG 0x800 ;============================================================================ ; assume pclath = 8 ; =============== S U B R O U T I N E ======================================= sub_800: andlw 3 addwf PCL, f retlw 0 retlw 0 retlw 0x32 retlw 0x96 ; =============== S U B R O U T I N E ======================================= sub_806: andlw 3 addwf PCL, f retlw 4 retlw 0x32 retlw 0x96 retlw 0 ; =============== S U B R O U T I N E ======================================= sub_80C: andlw 3 addwf PCL, f retlw 0x1E retlw 0x4B retlw 0x96 retlw 0xE1 ; =============== S U B R O U T I N E ======================================= sub_812: andlw 3 addwf PCL, f retlw 0x0A retlw 0x14 retlw 0x1E retlw 0x28 ; =============== S U B R O U T I N E ======================================= sub_818: andlw 3 addwf PCL, f retlw 0xBD retlw 0xC7 retlw 0xD9 retlw 0xE7 ; =============== S U B R O U T I N E ======================================= sub_81E: andlw 3 addwf PCL, f retlw 4 retlw 6 retlw 0x9 retlw 0x0F ; =============== S U B R O U T I N E ======================================= sub_824: andlw 3 addwf PCL, f retlw 0x64 retlw 0x0A retlw 0x0F retlw 0x14 ; =============== S U B R O U T I N E ======================================= sub_82A: andlw 3 addwf PCL, f retlw 0 retlw 2 retlw 6 retlw 0x0C ; =============== S U B R O U T I N E ======================================= sub_830: andlw 3 addwf PCL, f retlw 4 retlw 0x12 retlw 4 retlw 4 ; =============== S U B R O U T I N E ======================================= sub_836: andlw 3 addwf PCL, f retlw 4 retlw 0x12 retlw 4 retlw 0x96 ; =============== S U B R O U T I N E ======================================= sub_83C: andlw 3 addwf PCL, f retlw 0x50 retlw 0x54 retlw 0x58 retlw 0x5C ; =============== S U B R O U T I N E ======================================= sub_842: bsf STATUS, RP0 ; assume bank = 1 movlw 0x55 movwf byte_BB movlw 4 movwf byte_BA movlw 4 movwf byte_B9 ; assume bank = 0 loc_849: movlw 57 movwf byte_38 loc_84B: movlw 8 movwf byte_37 movlw 0x30 movwf byte_36 movlw 0x12 movwf byte_35 movlw 3 movwf byte_34 movlw 0x0C movwf byte_25 loc_855: movlw 0x30 movwf byte_24 ; assume bank = 1 loc_857: clrwdt movfw byte_A5 xorlw 1 bz loc_881 clrc movlw 1 btfsc byte_B2, 3 movlw 10 movwf byte_A6 btfss byte_B1, 0 b loc_865 ; assume bank = 0 loc_863: rlf byte_26, f rlf byte_26, f ; assume bank = 1 loc_865: btfsc byte_B0, 0 rlf byte_A6, f movlw 0 btfsc byte_B3, 1 ; assume bank = 0 loc_869: iorlw 2 btfsc byte_33, 6 loc_86B: iorlw 4 addwf PCL, f movlw 0x2E b loc_874 movlw 0x74 b loc_874 movlw 0x5C b loc_874 loc_873: movlw 0x3A loc_874: andwf byte_26, f movlw 0 skpz loc_877: movlw 0x80 xorwf byte_31, w xorwf byte_33, w xorwf byte_35, w movwf byte_26 rlf byte_26, f rlf byte_30, f rlf byte_31, f rlf byte_32, f rlf byte_33, f ; assume bank = 1 loc_881: clrc btfsc byte_BB, 7 setc rlf byte_B4, f rlf byte_B5, f rlf byte_B6, f rlf byte_B7, f rlf byte_B8, f rlf byte_B9, f rlf byte_BA, f rlf byte_BB, f decfsz byte_A4, f b loc_857 decfsz byte_A5, f ; assume bank = 0 ; =============== S U B R O U T I N E ======================================= sub_88F: b loc_855 movfw byte_33 bcf STATUS, RP0 xorwf byte_37, w bsf STATUS, RP0 ; assume bank = 1 andlw 0xF0 bnz loc_8C7 movlw 3 andwf byte_B3, f movlw 3 bcf STATUS, RP0 ; assume bank = 0 andwf byte_3C, w bsf STATUS, RP0 ; assume bank = 1 xorwf byte_B3, w bnz loc_8C7 movfw byte_B2 bcf STATUS, RP0 ; assume bank = 0 xorwf byte_3B, w bsf STATUS, RP0 ; assume bank = 1 bnz loc_8C7 setc movfw byte_A7 xorwf byte_A8, w skpz ; ; assume bank = 0 ; =============== S U B R O U T I N E ======================================= sub_8AA: b loc_8BE movfw byte_30 movwf byte_24 movfw byte_31 loc_8AE: movwf byte_25 movfw byte_3C subwf byte_24, f skpc decf byte_25, f movfw byte_3D subwf byte_25, f tstf byte_25 bz loc_8BA clrc b loc_8BE loc_8BA: movfw byte_24 bz loc_8C6 sublw 0x10 loc_8BE: movfw byte_30 movwf byte_3C movfw byte_31 movwf byte_3D movfw byte_27 movwf byte_28 setz skpc loc_8C6: clrz ; assume bank = 1 loc_8C7: bcf STATUS, RP0 ; assume bank = 0 b loc_F32 ; =============== S U B R O U T I N E ======================================= sub_8C9: bsf STATUS, RP0 ; assume bank = 1 movlw 0 ; assume bank = 0 loc_8CB: movwf ADCON0 bcf STATUS, RP0 movlw 0x69 movwf ADCON0 loc_8CF: call sub_E72 bsf ADCON0, GO_DONE loc_8D1: btfsc ADCON0, GO_DONE b loc_8D1 clrf ADCON0 bsf STATUS, RP0 ; assume bank = 1 movlw 7 movwf ADCON1 bcf STATUS, RP0 ; assume bank = 0 b loc_F32 ; =============== S U B R O U T I N E ======================================= sub_8D9: bsf STATUS, RP0 ; assume bank = 1 movlw 4 movwf ADCON1 bcf STATUS, RP0 ; assume bank = 0 movlw 0x41 movwf ADCON0 call sub_E72 bsf ADCON0, GO_DONE loc_8E1: btfsc ADCON0, GO_DONE b loc_8E1 clrf ADCON0 bsf STATUS, RP0 ; assume bank = 1 movlw 7 movwf ADCON1 bcf STATUS, RP0 ; assume bank = 0 call sub_AF0 movfw ADRES ; =============== S U B R O U T I N E ======================================= sub_8EA: sublw 0xFF movwf byte_32 movlw 0xE subwf byte_32, f skpc ; =============== S U B R O U T I N E ======================================= sub_8EF: b loc_9BE movlw 0xCC subwf byte_32, w bc loc_9B7 movlw 0xB3 subwf byte_32, w skpnc loc_8F7: b loc_92F movlw 0x8E subwf byte_32, w bc loc_92C movlw 0x65 subwf byte_32, w skpnc loc_8FF: b loc_91F movlw 0x39 subwf byte_32, w bc loc_911 movlw 0xE subwf byte_32, w skpnc loc_907: b loc_90E movfw byte_32 bz loc_93D decf byte_32, w addwf byte_32, f b loc_93D loc_90E: movlw 0xE addwf byte_32, f b loc_93D loc_911: movfw byte_32 sublw 0x65 bz loc_93D movwf byte_33 movlw 3 addwf byte_33, f clrc rrf byte_33, f clrc rrf byte_33, f movfw byte_33 addwf byte_32, f b loc_93D loc_91F: movlw 0x65 subwf byte_32, w bz loc_93D movwf byte_33 decf byte_33, f clrc rrf byte_33, f clrc rrf byte_33, f movfw byte_33 subwf byte_32, f b loc_93D loc_92C: movlw 0xA subwf byte_32, f b loc_93D loc_92F: movfw byte_32 sublw 0xCB bz loc_93D movwf byte_33 clrc rrf byte_33, w addwf byte_33, f clrc rrf byte_33, f clrc rrf byte_33, f movfw byte_33 subwf byte_32, f loc_93D: movfw byte_32 movwf byte_33 movfw byte_6E bz loc_945 xorlw 2 bnz loc_98B loc_945: clrf byte_30 clrf byte_31 clrf byte_33 movlw 0x64 movwf byte_26 movlw 7 movwf byte_25 loc_94C: rrf byte_26, f bnc loc_955 movfw byte_32 addwf byte_30, f addcf byte_31, f movfw byte_33 addwf byte_31, f loc_955: clrc rlf byte_32, f rlf byte_33, f decfsz byte_25, f b loc_94C movfw byte_6E bz loc_960 xorlw 2 bnz loc_976 loc_960: clrf byte_32 clrf byte_33 movlw 9 movwf byte_25 loc_964: movlw 0xB8 subwf byte_31, w bc loc_96D tstf byte_32 bz loc_96E clrf byte_32 setc loc_96D: movwf byte_31 loc_96E: rlf byte_33, f clrc rlf byte_30, f rlf byte_31, f rlf byte_32, f decfsz byte_25, f b loc_964 b loc_98B loc_976: clrf byte_32 clrf byte_33 movlw 9 movwf byte_25 loc_97A: movlw 0x67 subwf byte_31, w bc loc_983 tstf byte_32 bz loc_984 clrf byte_32 setc loc_983: movwf byte_31 loc_984: rlf byte_33, f clrc rlf byte_30, f rlf byte_31, f rlf byte_32, f decfsz byte_25, f b loc_97A loc_98B: movlw 0x28 subwf byte_33, w bc loc_994 movfw byte_33 sublw 0x28 movwf byte_32 movlw 0xA0 b loc_996 loc_994: movwf byte_32 movlw 0xF0 loc_996: movwf byte_38 swapf byte_32, w andlw 0xF clrf byte_26 movwf byte_25 incf byte_25, f movfw byte_32 andlw 0xF movwf byte_39 b loc_9A2 loc_9A0: movlw 0x16 addwf byte_39, f loc_9A2: movlw 0xA subwf byte_39, w bndc loc_9AE addlw 10 movwf byte_39 movlw 0xA0 subwf byte_39, w bnc loc_9AE movwf byte_39 incf byte_26, f loc_9AE: decfsz byte_25, f b loc_9A0 movfw byte_26 bz loc_9C4 swapf byte_26, w andlw 0xF0 movwf byte_38 b loc_9CA loc_9B7: movlw 0xF4 movwf byte_38 movlw 0x61 movwf byte_39 movlw 0xF0 andwf byte_3A, f b loc_9C4 loc_9BE: movlw 0xFC movwf byte_38 movlw 0x8A movwf byte_39 movlw 0xF0 andwf byte_3A, f loc_9C4: movlw 0xF0 andwf byte_39, w bnz loc_9CA movlw 0xF0 iorwf byte_39, f loc_9CA: swapf byte_39, f movlw 0xF0 andwf byte_3A, f movfw byte_6E bz loc_9D3 xorlw 2 bnz loc_9D5 loc_9D3: movlw 9 b loc_9D6 loc_9D5: movlw 0xB loc_9D6: iorwf byte_3A, f b loc_F32 ;========================================================== loc_9D8: clrc rrf byte_4B, w movwf byte_26 swapf byte_26, w andlw 0xF movwf byte_25 incf byte_25, f movfw byte_26 andlw 0xF movwf byte_39 clrf byte_26 b loc_9E6 loc_9E4: movlw 0x16 addwf byte_39, f loc_9E6: movlw 0xA subwf byte_39, w bndc loc_9F2 addlw 0x10 movwf byte_39 movlw 0xA0 subwf byte_39, w bnc loc_9F2 movwf byte_39 incf byte_26, f loc_9F2: decfsz byte_25, f b loc_9E4 movlw 0xC2 movwf byte_38 swapf byte_39, f movlw 0xF0 andwf byte_3A, f bsf byte_3A, 3 b loc_F32 ;========================================================== loc_9FB: movlw 0xF8 movwf byte_38 movlw 0xD5 movwf byte_39 movlw 0xF0 andwf byte_3A, f bsf byte_3A, 3 b loc_F32 ;========================================================== loc_A03: movlw 0xF8 movwf byte_38 movlw 0xB5 movwf byte_39 movlw 0xF0 andwf byte_3A, f bsf byte_3A, 3 b loc_F32 ;========================================================== loc_A0B: tstf byte_78 bz loc_A10 movlw 1 movwf byte_43 loc_A10: bcf byte_2B, 5 bcf byte_72, 6 btfsc byte_72, 4 bsf byte_2B, 0 bcf byte_72, 4 bcf byte_73, 1 bcf byte_73, 2 bcf byte_72, 5 clrf byte_41 bcf PORTD, RD3 clrf byte_77 clrf byte_78 clrf byte_79 bcf byte_28, 1 bcf byte_72, 7 bcf byte_2A, 6 btfsc byte_2A, 7 b loc_F32 bcf PORTC, RC2 loc_A23: movfw byte_6E bz loc_A32 xorlw 3 bnz loc_A30 b loc_A32 ; =============== S U B R O U T I N E ======================================= sub_A2A: movfw byte_6E bz loc_A30 xorlw 3 bnz loc_A32 loc_A30: bcf PORTB, RB2 b loc_F32 loc_A32: bsf PORTB, RB2 b loc_F32 loc_A34: bsf byte_2B, 7 bsf byte_29, 0 loc_A36: b loc_A3B loc_A37: bsf byte_29, 0 btfss byte_29, 0 ; =============== S U B R O U T I N E ======================================= sub_A39: bcf byte_29, 0 bcf byte_2B, 7 loc_A3B: clrf byte_44 movwf byte_21 incf byte_21, f clrf byte_22 btfss byte_29, 0 b loc_A4B loc_A41: movlw 5 subwf byte_21, w bnc loc_A48 movwf byte_21 incf byte_22, f b loc_A41 loc_A48: movfw byte_22 skpnz bcf byte_29, 0 loc_A4B: btfss byte_2B, 7 btfss byte_72, 1 bsf PORTD, RD3 bsf PORTC, RC5 movfw byte_65 call sub_824 movwf byte_23 loc_A52: call sub_E68 btfss byte_29, 0 b loc_A57 call sub_E68 call sub_E68 loc_A57: decfsz byte_23, f b loc_A52 bcf PORTD, RD3 bcf PORTC, RC5 btfsc byte_29, 0 b loc_A60 decfsz byte_21, f b loc_A60 b loc_F32 loc_A60: movfw byte_65 skpz call sub_D9B call sub_D99 btfss byte_29, 0 b loc_A4B call sub_D9B decfsz byte_22, f b loc_A4B bcf byte_29, 0 movfw byte_21 bnz loc_A4B b loc_F32 ; =============== S U B R O U T I N E ======================================= sub_A6E: movwf byte_23 movlw 8 movwf byte_22 loc_A71: bcf PORTC, RC4 btfsc byte_23, 7 bsf PORTC, RC4 loc_A74: bsf PORTC, RC5 bcf PORTC, RC5 rlf byte_23, f decfsz byte_22, f b loc_A71 return ; =============== S U B R O U T I N E ======================================= sub_A7A: clrf byte_44 clrf byte_4D bcf PORTC, RC5 bsf PORTC, RC6 bsf PORTC, RC4 bsf PORTC, RC5 bcf PORTC, RC5 movlw 0x80 addwf byte_26, w call sub_A6E bsf STATUS, RP0 ; assume bank = 1 bsf TRISC, TRISC4 bcf STATUS, RP0 ; assume bank = 0 movlw 0x10 movwf byte_21 loc_A89: bsf PORTC, RC5 bcf PORTC, RC5 clrc btfsc PORTC, RC4 setc rlf INDF, f incf FSR, f rlf INDF, f decf FSR, f decfsz byte_21, f b loc_A89 bcf PORTC, RC6 bsf STATUS, RP0 ; assume bank = 1 bcf TRISC, TRISC4 bcf STATUS, RP0 ; assume bank = 0 incf byte_26, f incf FSR, f incf FSR, f decfsz byte_25, f b sub_A7A return ; =============== S U B R O U T I N E ======================================= sub_A9E: clrf byte_44 clrf byte_4D bcf PORTC, RC5 btfss byte_2B, 0 b loc_AE1 bsf PORTC, RC6 bsf PORTC, RC4 bsf PORTC, RC5 bcf PORTC, RC5 movlw 0x30 call sub_A6E bcf PORTC, RC6 btfss byte_2B, 0 b loc_AD2 loc_AAC: bsf PORTC, RC6 bsf PORTC, RC4 bsf PORTC, RC5 bcf PORTC, RC5 movlw 0x40 addwf byte_26, w call sub_A6E incf FSR, f movfw INDF call sub_A6E decf FSR, f movfw INDF call sub_A6E bcf PORTC, RC6 bsf STATUS, RP0 ; assume bank = 1 bsf TRISC, TRISC4 bcf STATUS, RP0 ; assume bank = 0 bsf PORTC, RC6 clrf byte_21 loc_ABF: btfsc PORTC, RC4 b loc_AD2 call sub_E68 decfsz byte_21, f b loc_ABF bcf PORTC, RC6 bsf STATUS, RP0 ; assume bank = 1 bcf TRISC, TRISC4 bcf STATUS, RP0 ; assume bank = 0 movlw 6 movwf byte_21 loc_ACA: bsf PORTC, RC5 call sub_D9B bcf PORTC, RC5 decfsz byte_21, f b loc_AD0 b loc_AE1 loc_AD0: call sub_D9B b loc_ACA loc_AD2: bcf PORTC, RC6 bsf STATUS, RP0 ; assume bank = 1 bcf TRISC, TRISC4 bcf STATUS, RP0 ; assume bank = 0 incf byte_26, f incf FSR, f incf FSR, f decfsz byte_25, f b loc_AAC bsf PORTC, RC6 bsf PORTC, RC4 bsf PORTC, RC5 bcf PORTC, RC5 movlw 0 call sub_A6E loc_AE1: bcf PORTC, RC6 bcf PORTC, RC4 bcf byte_2B, 0 b loc_F32 ;========================================================== loc_AE5: bsf PORTC, RC2 call sub_A2A bsf byte_72, 4 movlw 0xFC movwf byte_41 btfsc byte_72, 5 b loc_AEE bsf byte_72, 5 call sub_CA1 loc_AEE: bcf PCLATH, 3 ; assume pclath = 0 b loc_2AC ; assume pclath = 8 ; =============== S U B R O U T I N E ======================================= sub_AF0: bsf byte_2C, 5 b loc_AF5 loc_AF2: btfss byte_28, 3 b loc_AF2 loc_AF4: bcf byte_2C, 5 loc_AF5: btfss byte_28, 3 b loc_C21 clrwdt bcf byte_28, 3 movfw byte_40 skpz decfsz byte_40, f b loc_B0C bcf PORTD, RD7 btfss PORTD, RD6 b loc_B06 bcf PORTD, RD6 btfss byte_73, 4 b loc_B0C movlw 5 movwf byte_40 b loc_B0C loc_B06: btfss byte_73, 4 b loc_B0C bcf byte_73, 4 bsf PORTD, RD6 movlw 4 movwf byte_40 loc_B0C: bsf STATUS, RP0 ; assume bank = 1 movfw byte_A1 skpz decfsz byte_A1, f ; assume bank = 0 loc_B10: b loc_B13 bcf STATUS, RP0 bcf PORTD, RD4 loc_B13: bsf STATUS, RP0 ; assume bank = 1 movfw byte_A2 skpz decfsz byte_A2, f b loc_B1A ; assume bank = 0 loc_B18: bcf STATUS, RP0 bcf PORTD, RD5 ; assume bank = 1 loc_B1A: bsf STATUS, RP0 movfw byte_A3 skpz decfsz byte_A3, f ; assume bank = 0 loc_B1E: b loc_B21 bcf STATUS, RP0 bcf PORTC, RC7 loc_B21: bcf STATUS, RP0 movfw byte_27 skpz decf byte_27, f movfw byte_76 skpz decfsz byte_76, f b loc_B2A bcf PORTB, RB1 loc_B2A: btfsc byte_72, 0 b loc_B59 btfsc PORTC, RC1 b loc_B38 loc_B2E: bsf byte_29, 5 movfw byte_79 loc_B30: skpz decfsz byte_79, f b loc_B59 movlw 1 movwf byte_43 loc_B35: bsf byte_28, 2 bcf byte_73, 0 b loc_B59 loc_B38: btfss byte_29, 5 b loc_B41 btfss byte_28, 1 loc_B3B: b loc_B4D movfw byte_79 bnz loc_B55 bcf byte_28, 1 b loc_B58 loc_B41: btfss byte_2C, 4 btfss byte_28, 1 b loc_B59 movfw byte_78 skpz decfsz byte_78, f b loc_B69 bsf byte_72, 7 bcf byte_72, 4 clrf byte_77 bsf byte_2B, 0 b loc_B69 loc_B4D: btfss PORTA, RA4 b loc_B58 btfss PORTE, RE1 bsf byte_2C, 4 movlw 0x96 movwf byte_78 movlw 0x97 movwf byte_43 loc_B55: movlw 0x19 loc_B56: movwf byte_79 bsf byte_28, 1 loc_B58: bcf byte_29, 5 loc_B59: movfw byte_77 skpz decfsz byte_77, f b loc_B69 movlw 3 movwf byte_43 movlw 0x19 movwf byte_4A bsf byte_72, 4 bcf byte_2A, 6 bsf byte_2B, 0 bcf byte_2C, 2 movlw 9 movwf byte_42 clrf byte_7E bcf byte_73, 0 loc_B69: btfsc byte_2A, 6 b loc_B95 btfss PORTE, RE1 b loc_B78 btfsc byte_2D, 3 b loc_B95 bsf byte_2D, 3 bcf byte_72, 5 bcf byte_2C, 4 bsf byte_2C, 2 btfss byte_2A, 7 bcf byte_2B, 1 clrf byte_4F bcf byte_2B, 6 b loc_B95 loc_B78: btfss byte_2C, 2 btfss byte_2D, 3 b loc_B95 bcf byte_2D, 3 btfsc byte_73, 7 btfss byte_2A, 7 b loc_B80 bsf byte_2B, 1 loc_B80: bsf byte_2C, 3 btfss byte_2B, 3 btfss byte_73, 6 b loc_B8E clrf byte_4F movlw 0x32 btfss byte_73, 5 btfsc byte_73, 7 b loc_B8B btfsc PORTA, RA4 b loc_B8E loc_B8B: movwf byte_4F bsf byte_2B, 3 bsf byte_28, 0 loc_B8E: btfsc byte_72, 4 b loc_B95 tstf byte_78 bnz loc_B95 movlw 1 movwf byte_43 loc_B95: bsf STATUS, RP0 ; assume bank = 1 movlw 4 movwf ADCON1 bcf STATUS, RP0 ; assume bank = 0 movlw 0x59 movwf ADCON0 call sub_E72 bsf ADCON0, GO_DONE loc_B9D: btfsc ADCON0, GO_DONE b loc_B9D clrf ADCON0 bsf STATUS, RP0 ; assume bank = 1 movlw 7 movwf ADCON1 bcf STATUS, RP0 ; assume bank = 0 movfw ADRES sublw 0x1E bnc loc_BAE btfsc byte_2D, 0 b loc_BB7 bsf byte_2D, 0 bsf byte_2C, 2 loc_BAC: bcf byte_2B, 1 b loc_BB7 loc_BAE: movfw ADRES sublw 0xC8 skpnc bsf byte_2B, 4 btfss byte_2C, 2 btfss byte_2D, 0 b loc_BB7 bcf byte_2D, 0 bsf byte_2C, 3 loc_BB7: btfsc PORTC, RC3 b loc_BBE btfsc byte_2D, 2 b loc_BC7 bsf byte_2D, 2 bsf byte_2C, 2 b loc_BC7 loc_BBE: btfss byte_2C, 2 btfss byte_2D, 2 b loc_BC7 bcf byte_2D, 2 bsf byte_2C, 3 btfss byte_2A, 7 bcf byte_73, 1 movlw 0x19 movwf byte_4A loc_BC7: movfw byte_4E bz loc_BCC decf byte_4E, f bcf byte_2C, 2 loc_BCC: btfss PORTC, RC0 b loc_BD4 btfsc byte_2D, 1 b loc_BD9 bsf byte_2D, 1 bsf byte_2C, 2 bcf byte_2B, 1 b loc_BD9 loc_BD4: btfss byte_2C, 2 btfss byte_2D, 1 b loc_BD9 bcf byte_2D, 1 bsf byte_2C, 3 loc_BD9: btfss PORTA, RA5 bsf byte_29, 7 movfw byte_4F skpz decfsz byte_4F, f b loc_BE0 bsf byte_2B, 6 loc_BE0: movfw byte_3F skpz decf byte_3F, f movfw byte_4A skpz decf byte_4A, f movfw byte_43 btfss byte_2C, 4 bz loc_BF1 btfss byte_43, 1 bcf PORTB, RB3 btfsc byte_43, 1 bsf PORTB, RB3 decfsz byte_43, f b loc_BF1 bcf PORTB, RB3 loc_BF1: movfw byte_44 bz loc_BFA decf byte_44, f btfss byte_44, 0 b loc_BFA movlw 0x32 movwf byte_4D bsf PORTC, RC5 loc_BFA: movfw byte_7E skpz decfsz byte_7E, f b loc_C00 bsf byte_73, 0 bsf byte_2B, 0 loc_C00: decfsz byte_46, f b loc_C21 movlw 0x96 movwf byte_46 movfw byte_4B skpz decf byte_4B, f bsf STATUS, RP0 ; assume bank = 1 movfw byte_AA bz loc_C0D decfsz byte_AA, f b loc_C0F loc_C0D: bcf STATUS, RP0 ; assume bank = 0 bcf byte_2A, 3 ; assume bank = 1 loc_C0F: bcf STATUS, RP0 ; assume bank = 0 btfss byte_28, 7 b loc_C21 movfw byte_48 skpz decfsz byte_47, f b loc_C21 movlw 0x78 movwf byte_47 movfw byte_48 skpz decfsz byte_48, f b loc_C21 bsf STATUS, RP0 ; assume bank = 1 movfw byte_AB bcf STATUS, RP0 ; assume bank = 0 movwf byte_48 bsf byte_28, 5 loc_C21: btfss byte_2C, 5 bcf PCLATH, 3 ; assume pclath = 0 return ; assume bank = 1 ; assume pclath = 8 ; =============== S U B R O U T I N E ======================================= sub_C24: bsf STATUS, RP0 movlw 2 movwf ADCON1 bcf STATUS, RP0 ; assume bank = 0 loc_C28: movlw 0x51 movwf ADCON0 call sub_E72 bsf ADCON0, GO_DONE loc_C2C: btfsc ADCON0, GO_DONE b loc_C2C movfw ADRES bsf STATUS, RP0 ; assume bank = 1 addwf byte_AD, f rrf byte_AD, f bcf STATUS, RP0 ; assume bank = 0 btfsc byte_28, 3 b loc_C38 movfw byte_7D bnz loc_C28 loc_C38: clrf ADCON0 movlw 7 movwf ADCON0 bcf STATUS, RP0 call sub_AF0 movfw byte_7D bnz sub_C24 return ;========================================================== movfw byte_6C xorlw 3 skpz return btfsc byte_72, 4 clrz return ; =============== S U B R O U T I N E ======================================= sub_C48: movfw byte_6D bnz loc_C4D movlw 0x64 b loc_C51 loc_C4D: xorlw 1 bnz loc_F32 movlw 0x96 loc_C51: movwf byte_76 bsf PORTB, RB1 b loc_F32 ; =============== S U B R O U T I N E ======================================= sub_C54: movfw byte_6D xorlw 2 bnz loc_C5A movlw 0x64 b loc_C5F loc_C5A: movfw byte_6D xorlw 3 bnz loc_F32 movlw 0x96 loc_C5F: movwf byte_76 bsf PORTB, RB1 b loc_F32 ;========================================================== loc_C62: movfw byte_77 bnz loc_C67 bcf byte_38, 6 btfsc byte_72, 4 loc_C67: bsf byte_38, 6 btfsc byte_72, 1 bsf byte_38, 4 btfsc byte_72, 5 bsf byte_38, 5 btfsc byte_2B, 6 btfss byte_73, 6 b loc_C75 movfw byte_6B xorlw 1 bnz loc_C75 bcf byte_38, 5 bcf byte_72, 5 loc_C75: btfsc byte_72, 0 bsf byte_39, 7 btfsc byte_28, 7 bsf byte_3A, 0 btfsc byte_72, 3 bsf byte_3A, 1 btfsc byte_2A, 7 bsf byte_38, 7 btfsc byte_2A, 1 bsf byte_39, 1 tstf byte_78 skpnz btfsc byte_72, 7 bsf byte_39, 5 btfsc byte_2C, 1 b loc_C95 movfw byte_4E bnz loc_C8A btfsc byte_73, 1 bsf byte_39, 1 loc_C8A: btfsc byte_73, 2 bsf byte_39, 0 btfsc byte_2D, 3 bsf byte_38, 0 btfsc byte_2D, 2 bsf byte_38, 2 btfsc byte_2D, 0 bsf byte_38, 3 btfsc byte_2D, 1 bsf byte_3A, 2 b loc_F32 loc_C95: btfsc byte_2D, 7 bsf byte_38, 0 btfsc byte_2D, 6 bsf byte_38, 2 btfsc byte_2D, 4 bsf byte_38, 3 btfsc byte_2D, 5 bsf byte_3A, 2 b loc_F32 ;========================================================== loc_C9E: btfsc byte_72, 5 b loc_F32 bsf byte_72, 5 ; =============== S U B R O U T I N E ======================================= sub_CA1: bsf PORTD, RD7 movfw byte_68 call sub_836 movwf byte_40 b loc_F32 ; =============== S U B R O U T I N E ======================================= sub_CA6: movlw 3 movwf byte_26 loc_CA8: btfsc byte_2A, 6 b loc_CAC btfsc PORTE, RE1 b loc_CB3 loc_CAC: btfsc PORTC, RC3 btfsc byte_2D, 0 b loc_CB3 btfsc PORTC, RC0 b loc_CB3 setz b loc_F32 loc_CB3: call sub_D9B decfsz byte_26, f b loc_CA8 clrz b loc_F32 ;========================================================== loc_CB8: movlw 3 movwf byte_26 loc_CBA: btfsc PORTB, RB6 b loc_CBF btfsc PORTA, RA4 b loc_CC4 bcf byte_2A, 7 loc_CBF: btfss byte_2D, 0 btfsc PORTC, RC0 b loc_CC4 clrz b loc_F32 loc_CC4: call sub_AF0 call sub_D9B decfsz byte_26, f b loc_CBA setz b loc_F32 ;========================================================== loc_CCA: movlw 3 movwf byte_26 loc_CCC: btfss byte_2D, 0 btfsc PORTC, RC0 b loc_CD1 clrz b loc_F32 loc_CD1: call sub_AF0 call sub_D9B decfsz byte_26, f b loc_CCC setz b loc_F32 ;========================================================== loc_CD7: btfsc byte_2A, 3 b loc_F32 bsf STATUS, RP0 ; assume bank = 1 movlw 4 movwf ADCON1 bcf STATUS, RP0 ; assume bank = 0 movlw 0x41 btfsc byte_2B, 4 movlw 0x59 movwf ADCON0 call sub_E72 bsf ADCON0, GO_DONE loc_CE3: btfsc ADCON0, GO_DONE b loc_CE3 clrf ADCON0 bsf STATUS, RP0 ; assume bank = 1 movlw 7 movwf ADCON1 bcf STATUS, RP0 ; assume bank = 0 movfw ADRES sublw 0xFA bc loc_CF0 bcf byte_72, 3 b loc_F32 loc_CF0: movfw byte_61 call sub_818 btfsc byte_2B, 4 addlw 0xD subwf ADRES, w bnc loc_F32 btfss byte_2A, 3 bsf byte_28, 6 b loc_F32 ;========================================================== loc_CFA: movlw 0x40 movwf byte_7D call sub_C24 bsf STATUS, RP0 ; assume bank = 1 movfw byte_AD movwf byte_AC movlw 0x1A addwf byte_AC, w skpnc movlw 0xFF movwf byte_AC bcf STATUS, RP0 ; assume bank = 0 bsf byte_29, 6 b loc_F32 ;========================================================== loc_D08: movlw 0x40 movwf byte_7D bsf STATUS, RP0 ; assume bank = 1 movfw byte_AC movwf byte_AD call sub_C24 bsf STATUS, RP0 movfw byte_AC subwf byte_AD, w bcf STATUS, RP0 ; assume bank = 0 b loc_F32 ;========================================================== loc_D13: bcf byte_29, 4 bcf byte_29, 3 movlw 0x80 movwf byte_7D bcf byte_29, 1 loc_D18: btfsc byte_29, 1 b loc_D22 loc_D1A: call sub_AF0 movfw byte_7D bz loc_D57 btfsc PORTA, RA1 b loc_D18 bsf byte_29, 1 b loc_D1A loc_D22: bcf byte_29, 1 clrf byte_7B clrf byte_7C loc_D25: btfsc byte_29, 1 b loc_D31 loc_D27: incfsz byte_7C, f b loc_D2D incf byte_7B, f movfw byte_7D bz loc_D57 loc_D2D: btfsc PORTA, RA1 b loc_D25 bsf byte_29, 1 b loc_D27 loc_D31: call sub_AF0 movfw byte_7B movwf byte_74 movfw byte_7C movwf byte_75 clrc rrf byte_7B, f rrf byte_7C, f clrc rrf byte_7B, f rrf byte_7C, f btfsc byte_2A, 4 b loc_D46 movfw byte_7C subwf byte_75, f skpc decf byte_74, f movfw byte_7B subwf byte_74, f bsf byte_72, 2 b loc_F32 loc_D46: movfw byte_7C addwf byte_75, f bnc loc_D4E movlw 1 addwf byte_74, f bc loc_D52 loc_D4E: movfw byte_7B addwf byte_74, f bnc loc_D55 loc_D52: movlw 0xFF movwf byte_74 movwf byte_75 loc_D55: bsf byte_72, 2 b loc_F32 loc_D57: bsf byte_29, 3 b loc_F32 ;========================================================== loc_D59: bcf byte_29, 4 movlw 0x80 movwf byte_7D bcf byte_29, 1 b loc_D62 ;========================================================= loc_D5E: bcf byte_29, 4 movlw 0x40 movwf byte_7D bcf byte_29, 1 loc_D62: btfsc byte_29, 1 b loc_D6C loc_D64: call sub_AF0 movfw byte_7D bz loc_F32 btfsc PORTA, RA1 b loc_D62 bsf byte_29, 1 b loc_D64 loc_D6C: bcf byte_29, 1 clrf byte_7B clrf byte_7C loc_D6F: btfsc byte_29, 1 b loc_D7B loc_D71: incfsz byte_7C, f b loc_D77 incf byte_7B, f movfw byte_7D bz loc_F32 loc_D77: btfsc PORTA, RA1 b loc_D6F bsf byte_29, 1 b loc_D71 loc_D7B: call sub_AF0 movfw byte_74 subwf byte_7B, w bz loc_D83 skpc bsf byte_29, 4 b loc_F32 loc_D83: movfw byte_75 subwf byte_7C, w skpc bsf byte_29, 4 b loc_F32 ;========================================================== loc_D88: bcf byte_29, 4 movlw 0x40 movwf byte_7D bcf byte_29, 1 loc_D8C: btfsc byte_29, 1 b loc_D96 loc_D8E: call sub_AF0 movfw byte_7D bz loc_F32 btfsc PORTA, RA1 b loc_D8C bsf byte_29, 1 b loc_D8E loc_D96: bsf byte_29, 4 bcf byte_29, 3 b loc_F32 ; =============== S U B R O U T I N E ======================================= sub_D99: movlw 0 b loc_D9C ; =============== S U B R O U T I N E ======================================= sub_D9B: movlw 0x80 loc_D9C: movwf byte_23 clrf byte_24 call sub_AF0 loc_D9F: decfsz byte_24, f b loc_D9F decfsz byte_23, f b loc_D9F return ;========================================================== loc_DA4: bsf byte_39, 3 bsf byte_39, 2 loc_DA6: bcf byte_2A, 7 movlw 0xF andwf PORTB, f movlw 0x19 movwf byte_4A bcf byte_73, 7 bcf byte_28, 4 clrf byte_4B bcf PORTD, RD2 bcf PORTC, RC5 btfsc byte_72, 4 b loc_F32 bcf PORTC, RC2 b loc_A23 ;============================================================================ loc_DB4: movlw 0x32 movwf byte_49 loc_DB6: call sub_E87 bsf PCLATH, 3 btfss byte_29, 2 b loc_DDB btfsc byte_37, 5 movlw 1 btfsc byte_37, 6 movlw 2 btfsc byte_37, 7 movlw 4 btfsc byte_37, 4 movlw 0xC movwf byte_48 movfw byte_48 bsf STATUS, RP0 ; assume bank = 1 movwf byte_AB bcf STATUS, RP0 ; assume bank = 0 btfsc byte_37, 5 movlw 0 btfsc byte_37, 6 movlw 1 btfsc byte_37, 7 movlw 2 btfsc byte_37, 4 movlw 3 call sub_A39 movlw 8 movwf byte_3A movlw 0xF0 movwf byte_38 swapf byte_48, w btfsc byte_37, 4 movlw 0x21 movwf byte_39 call loc_907 call loc_869 bsf PCLATH, 3 loc_DDB: decfsz byte_49, f b loc_DB6 b loc_F32 ;============================================================================ loc_DDE: bcf byte_2A, 4 movfw byte_63 xorlw 2 skpnz bsf byte_2A, 4 b loc_F32 ; =============== S U B R O U T I N E ======================================= sub_DE4: btfsc byte_72, 0 b loc_F32 movfw byte_69 sublw 1 bc loc_DEC movlw 0x96 movwf byte_7E loc_DEC: btfsc PORTE, RE1 b loc_F32 movfw byte_6B xorlw 1 bz loc_DF6 movfw byte_6B xorlw 2 bnz loc_F32 loc_DF6: bsf byte_73, 6 bcf byte_2B, 3 b loc_F32 ;========================================================== loc_DF9: bcf byte_2C, 5 movlw 0xA0 xorwf byte_37, w bnz loc_E00 bsf byte_72, 7 b loc_F32 loc_E00: bcf byte_37, 0 movlw 0x40 xorwf byte_37, w b loc_F32 ;========================================================== loc_E04: bcf byte_37, 0 movlw 0x20 xorwf byte_37, w b loc_F32 ;========================================================== loc_E08: swapf byte_26, w loc_E09: addlw 0x10 movwf byte_24 movlw 0xF andwf byte_3A, f movfw byte_24 iorwf byte_3A, f loc_E0F: movlw 1 movwf byte_26 movlw 0xA loc_E12: b loc_E2D ;========================================================== loc_E13: movlw 1 movwf byte_26 movlw 0x46 b loc_E2D ;========================================================== loc_E17: movlw 5 movwf byte_26 b loc_E2C ;========================================================== loc_E1A: bcf PIR1, TMR2IF bsf STATUS, RP0 ; assume bank = 1 bsf TRISE, TRISE2 bsf PIE1, TMR2IE bcf STATUS, RP0 ; assume bank = 0 movlw 2 movwf byte_25 loc_E21: bcf PCLATH, 3 ; assume pclath = 0 call sub_6D bsf PCLATH, 3 ; assume pclath = 8 btfsc byte_29, 2 b loc_E5F btfss PORTA, RA4 b loc_E2A btfsc INTCON, INTF b loc_E5F loc_E2A: decfsz byte_25, f b loc_E21 ;============================================================ loc_E2C: movlw 4 loc_E2D: movwf byte_21 bcf byte_29, 2 bcf PORTE, RE2 bsf STATUS, RP0 bcf TRISE, TRISE2 bcf PIE1, TMR2IE bcf STATUS, RP0 loc_E34: movlw 0x30 movwf byte_25 movlw 6 movwf byte_22 loc_E38: bsf PORTE, RE2 call sub_E68 bcf PORTE, RE2 call sub_E68 decfsz byte_22, f b loc_E38 loc_E3E: rrf byte_3D, f loc_E3F: rrf byte_3A, f loc_E40: rrf byte_39, f rrf byte_38, f rrf byte_3C, f rrf byte_3B, f bc loc_E4C bsf PORTE, RE2 call sub_E70 bcf byte_3D, 7 bcf PORTE, RE2 call sub_E6E b loc_E51 loc_E4C: bsf PORTE, RE2 call sub_E6C bsf byte_3D, 7 bcf PORTE, RE2 call sub_E6A loc_E51: decfsz byte_25, f b loc_E3E bsf PORTE, RE2 call sub_AF0 btfss PORTA, RA4 b loc_E59 btfsc INTCON, INTF b loc_E5F loc_E59: decfsz byte_21, f b loc_E34 call sub_E68 bcf PORTE, RE2 decfsz byte_26, f b loc_E1A loc_E5F: bcf PIR1, TMR2IF bsf STATUS, RP0 bsf TRISE, TRISE2 bsf PIE1, TMR2IE bcf STATUS, RP0 clrf byte_38 clrf byte_39 clrf byte_3A loc_E67: b loc_F32 ; =============== S U B R O U T I N E ======================================= sub_E68: movlw 0xC7 b loc_E75 ; =============== S U B R O U T I N E ======================================= sub_E6A: movlw 0x61 b loc_E75 ; =============== S U B R O U T I N E ======================================= sub_E6C: movlw 0x63 loc_E6D: b loc_E75 ; =============== S U B R O U T I N E ======================================= sub_E6E: movlw 0x2F b loc_E75 ; =============== S U B R O U T I N E ======================================= sub_E70: movlw 0x31 b loc_E75 ; =============== S U B R O U T I N E ======================================= sub_E72: movlw 1 nop nop loc_E75: movwf byte_24 loc_E76: nop nop decfsz byte_24, f b loc_E76 return ;============================================================================ loc_E7B: movlw 2 movwf byte_25 loc_E7D: bcf PCLATH, 3 call sub_6D bsf PCLATH, 3 btfsc byte_29, 2 b loc_E7B decfsz byte_25, f b loc_E7D b loc_F32 ;============================================================================ loc_E85: bsf byte_2C, 7 btfss byte_2C, 7 ; =============== S U B R O U T I N E ======================================= sub_E87: bcf byte_2C, 7 bcf byte_29, 2 movlw 7 movwf byte_22 loc_E8B: movlw 0x19 movwf byte_7D loc_E8D: call sub_AF0 movlw 0x40 movwf byte_21 bcf byte_29, 0 bcf byte_29, 1 clrf byte_7C btfsc INTCON, INTF b loc_F30 movfw byte_7D bz loc_F30 movlw 2 movwf byte_7F loc_E9A: nop nop decfsz byte_7C, f b loc_E9F b loc_E8D loc_E9F: btfsc PORTE, RE2 b loc_EAC movlw 2 movwf byte_7F movfw byte_7D bz loc_F30 loc_EA6: movlw 0x9C subwf byte_7C, w skpc bsf byte_29, 0 b loc_EAB loc_EAB: b loc_E9A loc_EAC: nop decfsz byte_7F, f b loc_EA6 btfss byte_29, 0 b loc_E8D loc_EB1: movlw 0x78 movwf byte_7B loc_EB3: nop decfsz byte_7B, f b loc_EB7 b loc_E8D loc_EB7: btfss PORTE, RE2 b loc_EBC movlw 5 movwf byte_7F b loc_EB3 loc_EBC: decfsz byte_7F, f b loc_EB3 btfsc INTCON, INTF b loc_F30 btfsc byte_29, 1 b loc_EC5 movfw byte_7D bz loc_F30 loc_EC5: movlw 0x78 movwf byte_7C loc_EC7: nop decfsz byte_7C, f b loc_ECB b loc_E8D loc_ECB: btfsc PORTE, RE2 b loc_ED0 movlw 5 movwf byte_7F b loc_EC7 loc_ED0: decfsz byte_7F, f b loc_EC7 movfw byte_7C subwf byte_7B, w rrf byte_37, f rrf byte_36, f rrf byte_35, f rrf byte_34, f rrf byte_33, f rrf byte_32, f rrf byte_31, f rrf byte_30, f bsf byte_29, 1 decfsz byte_21, f b loc_EB1 btfss byte_2C, 7 b loc_EE3 bsf byte_29, 2 b loc_F32 loc_EE3: movfw byte_70 bz loc_EEA movlw 5 subwf byte_70, w bnc loc_EEC loc_EEA: movlw 1 movwf byte_70 loc_EEC: movfw byte_70 movwf byte_21 movlw byte_50 movwf FSR loc_EF0: bcf byte_29, 0 movfw byte_34 xorwf INDF, w skpz bsf byte_29, 0 incf FSR, f movfw byte_35 xorwf INDF, w skpz bsf byte_29, 0 incf FSR, f movfw byte_36 xorwf INDF, w skpz bsf byte_29, 0 incf FSR, f movfw byte_37 andlw 0xF xorwf INDF, w skpz bsf byte_29, 0 btfss byte_29, 0 b loc_F0B incf FSR, f decfsz byte_21, f b loc_EF0 b loc_E8D loc_F0B: bsf byte_29, 2 movfw byte_34 movwf byte_3B movfw byte_35 movwf byte_3C movfw byte_36 movwf byte_3D movfw byte_37 andlw 0F movwf byte_3E movlw 0xF0 andwf byte_37, f movfw byte_37 movwf byte_23 movfw byte_30 bsf STATUS, RP0 movwf byte_B0 bcf STATUS, RP0 movfw byte_31 bsf STATUS, RP0 movwf byte_B1 bcf STATUS, RP0 movfw byte_32 bsf STATUS, RP0 movwf byte_B2 bcf STATUS, RP0 movfw byte_33 bsf STATUS, RP0 movwf byte_B3 bcf STATUS, RP0 movfw byte_21 bsf STATUS, RP0 movwf byte_A7 bcf STATUS, RP0 decfsz byte_22, f b loc_E8B bsf byte_23, 0 loc_F30: movfw byte_23 movwf byte_37 loc_F32: bcf PCLATH, 3 ; assume pclath = 0 return ;====================================================== loc_F34: clrf PORTA clrf PORTB clrf PORTC clrf PORTD clrf PORTE bsf STATUS, RP0 ; assume bank = 1 movlw 0xFF movwf TRISA movlw 1 movwf TRISB movlw 0xB movwf TRISC movlw 3 movwf TRISD movlw 7 movwf TRISE movlw 0x8F movwf OPTION_REG movlw 0xFA movwf PR2 bcf STATUS, RP0 ; assume bank = 0 clrf INTCON clrf PIR1 movlw 0x5F movwf byte_20 movlw byte_21 movwf FSR loc_F4F: clrf INDF incf FSR, f decfsz byte_20, f b loc_F4F movlw 3 movwf byte_7A movlw 0x96 movwf byte_46 movlw 0x78 movwf byte_47 movlw 9 movwf byte_42 movlw 0xA8 movwf CCPR1L movlw 0x61 movwf CCPR1H movlw 0x31 movwf T1CON movlw 0x7C movwf T2CON movlw 0B movwf CCP1CON bsf STATUS, RP0 ; assume bank = 1 movlw 0x50 movwf INTCON movlw 7 movwf PIE1 movlw 7 movwf ADCON1 bcf STATUS, RP0 ; assume bank = 0 bcf PCLATH, 3 ; assume pclath = 0 b loc_13B ; assume pclath = 8 loc_F6F: movlw 0x13 movwf byte_25 movlw byte_50 movwf FSR clrf byte_26 call sub_A7A movlw 0x33 xorwf byte_71, w bz loc_F9A loc_F79: movlw 1 movwf byte_60 movlw 1 movwf byte_61 clrf byte_62 clrf byte_63 clrf byte_64 clrf byte_65 clrf byte_66 clrf byte_67 clrf byte_68 clrf byte_69 clrf byte_6A clrf byte_6B clrf byte_6C clrf byte_6D clrf byte_6E clrf byte_6F movlw 0x33 movwf byte_71 movlw 2 movwf byte_70 clrf byte_72 clrf byte_73 movlw 8 movwf byte_26 movlw 0xA movwf byte_25 movlw byte_60 movwf FSR bsf byte_2B, 0 call sub_A9E bsf PCLATH, 3 loc_F9A: movfw byte_50 movwf byte_3B movfw byte_51 movwf byte_3C movfw byte_52 movwf byte_3D movfw byte_53 movwf byte_3E movlw 7 andwf byte_73, f bcf PCLATH, 3 ; assume pclath = 0 b loc_144 ; assume pclath = 8 loc_FA6: movfw byte_34 subwf byte_3B, w bnz loc_FB6 movfw byte_35 subwf byte_3C, w bnz loc_FB6 movfw byte_36 subwf byte_3D, w bnz loc_FB6 movfw byte_37 subwf byte_3E, w bz loc_FC0 loc_FB6: movlw 5 movwf byte_26 movfw byte_34 movwf byte_3B movfw byte_35 movwf byte_3C movfw byte_36 movwf byte_3D movfw byte_37 movwf byte_3E loc_FC0: bcf PCLATH, 3 ; assume pclath = 0 b loc_64B ; assume pclath = 8 loc_FC2: movlw 0x11 movwf byte_26 movlw 1 movwf byte_25 movlw byte_72 movwf FSR bsf byte_2B, 0 call sub_A9E b loc_94C loc_FCB: movlw 7 andwf byte_4C, f movfw byte_4C movwf byte_70 incf byte_70, f call sub_83C movwf FSR movwf byte_23 movfw byte_3B movwf INDF incf FSR, f movfw byte_3C movwf INDF incf FSR, f movfw byte_3D movwf INDF incf FSR, f movfw byte_3E movwf INDF clrc rlf byte_4C, w movwf byte_26 movfw byte_23 movwf FSR movlw 2 movwf byte_25 bsf byte_2B, 0 call sub_A9E bsf PCLATH, 3 movlw byte_70 movwf FSR movlw 0x10 movwf byte_26 movlw 1 movwf byte_25 bsf byte_2B, 0 call sub_A9E b loc_E67 loc_FF1: btfsc byte_2B, 3 b loc_FFB movlw 8 movwf byte_26 movlw 8 movwf byte_25 movlw byte_60 movwf FSR bsf byte_2B, 0 call sub_A9E loc_FFB: bcf PCLATH, 3 b loc_7CF ;============================================================================= end