.include "m16def.inc" .equ UP_BORDER =88 ;предельное значение + 1 .equ err_kbr_timeout =0x19 .equ err_kbr_no_open =0x10 .equ err_key1 =0x11 .equ err_key2 =0x12 .equ err_key3 =0x13 .equ err_key4 =0x14 .equ err_key5 =0x15 .equ err_key6 =0x16 .equ err_key7 =0x17 .equ err_key8 =0x18 .equ err_noR_key1 =0x21 .equ err_noR_key2 =0x22 .equ err_noR_key3 =0x23 .equ err_noR_key4 =0x24 .equ err_noR_key5 =0x25 .equ err_noR_key6 =0x26 .equ err_noR_key7 =0x27 .equ err_noR_key8 =0x28 .equ err_S_key_base =0x30 .equ err_S_key1 =0x31 .equ err_S_key2 =0x32 .equ err_S_key3 =0x33 .equ err_S_key4 =0x34 .equ err_S_key5 =0x35 .equ err_S_key6 =0x36 .equ err_S_key7 =0x37 .equ err_S_key8 =0x38 ;.equ size_IR_buf =255 .equ size_com_buf =200 .equ size_rd_buf =200 ;.equ size_temp_buf_cmd =40 .equ size_temp_buf =200 .equ size_kbr_stack =4 ;реальный размер 5 байт, включая "kbr_stack_top" ;.def tmp1 =r1 ; ;.def tmp2 =r2 ; ;.def tmp3 =r3 ; ;.def tmp4 =r4 ; .def temp8 =r5 ; .def temp7 =r6 ; .def default_key_data =r7 ; .def temp6 =r8 ; .def input_selector =r9 ; .def tout_count =r10 ; .def temp4 =r11 ; .def err_ind =r12 .def selector_device =r13 .def timer1 =r14 ; .def count_tout =r15 ; .def temp5 =r16 ; .def temp2 =r17 ; .def temp1 =r18 .def temp =r19 ; .def temp3 =r20 ; .def counter =r21 ; .def FL1 =r22 ; .def FL2 =r23 ; .def FL3 =r24 ; .def FL4 =r25 .def spmcrval =r25 ;.def copyL =r1 ;temporary register ;.def copyH =r2 ;temporary register ;.def mp10L =r3 ;Low byte of number to be multiplied by 10 Low byte of binary result (same as mp10L) ;.def mp10H =r4 ;High byte of number to be multiplied by 10 High byte of binary result (same as mp10H) ;.def adder =r5 ;value to add after multiplication ;.def fBCD2 =r6 ;BCD value digits 1 and 0 ;.def fBCD1 =r7 ;BCD value digits 2 and 3 ;.def fBCD0 =r8 ;BCD value digit 5 ;-- DIP40 ------- ;-----PORTA-------------- .equ pinIO1 =0 ;pin 40 .equ pinIO2 =1 ;pin 39 .equ pinIO3 =2 ;pin 38 .equ pinIO4 =3 ;pin 37 .equ pinIO5 =4 ;pin 36 .equ pinIO6 =5 ;pin 35 ;sda_pin .equ pinIO7 =6 ;pin 34 ;scl_pin .equ pinIO8 =7 ;pin 33 ; ;-----PORTB-------------- .equ DATA4094 =0 ;pin 1 .equ CLK4094 =1 ;pin 2 .equ STR4094 =2 ;pin 3 .equ cs_flash =3 ;pin 4 .equ cs_flash2 =4 ;pin 5 ;.equ =5 ;pin 6 MOSI ;.equ =6 ;pin 7 MISO ;.equ =7 ;pin 8 SCK ;-----PORTC-------------- ;.equ scl_pin =0 ;pin 22 1нога DB9 green ;.equ sda_pin =1 ;pin 23 4нога DB9 red ;.equ =2 ;pin 24 ;.equ =3 ;pin 25 ;.equ =4 ;pin 26 .equ pusk =5 ;pin 27 .equ clk_164 =6 ;pin 28 .equ E_PIN =7 ;pin 29 ;-----PORTD-------------- .equ RXD =0 ;pin 14 .equ TXD =1 ;pin 15 .equ LED_OUT1 =2 ;pin 16 .equ LED_OUT2 =3 ;pin 17 .equ LED_OUT3 =4 ;pin 18 (as IR input) .equ CTS =5 ;pin 19 .equ SEL_RS232 =6 ;pin 20 .equ IR_LED_OUT =7 ;pin 21 .dseg .org $100 buf4094_out: .BYTE 1 buf4094_pinIO: .BYTE 1 flash_page_adrL: .BYTE 1 flash_page_adrH: .BYTE 1 key1_dataH: .byte 1 key1_dataL: .byte 1 key2_dataH: .byte 1 key2_dataL: .byte 1 key3_dataH: .byte 1 key3_dataL: .byte 1 key4_dataH: .byte 1 key4_dataL: .byte 1 key5_dataH: .byte 1 key5_dataL: .byte 1 key6_dataH: .byte 1 key6_dataL: .byte 1 key7_dataH: .byte 1 key7_dataL: .byte 1 key8_dataH: .byte 1 key8_dataL: .byte 1 key_set: .byte 1 key_mode1: .byte 1 ;rd_buf: .byte 10 ;key_mode2: .byte 1 ;key_mode3: .byte 1 kbr_search_buf: .BYTE 8 kbr_buf: .BYTE 5 rd_buf: .BYTE size_rd_buf temp_buf: .BYTE size_temp_buf com_buf: .BYTE size_com_buf lcd_buf: .BYTE 60 lcd_buf_page_name: .BYTE 30 VFD_BUFFER: .BYTE 20 dd1: .BYTE 1 ram_temp1: .BYTE 1 temp_H: .BYTE 1 temp_L: .BYTE 1 .cseg ;---------bits of FL1----------- .equ f_t0 =0b00000001 ;1- переполнение ТС0 .equ f_t1 =0b00000010 ; .equ f_err_step =0b00000100 ;1- ошибка в шаге .equ f_sec1 =0b00001000 ; .equ f_an_par =0b00010000 ;1- прочитать параметр .equ f_overpress =0b00100000 ; .equ f_rd_kbr =0b01000000 ; .equ f_sec100ms =0b10000000 ; ;---------pos bits of FL1----------- .equ fp_t0 =0 ; .equ fp_t1 =1 ; .equ fp_err_step =2 ; .equ fp_sec1 =3 ; .equ fp_an_par =4 ; .equ fp_overpress =5 ; .equ fp_rd_kbr =6 ; .equ fp_sec100ms =7 ; ;---------bits of FL2----------- .equ f_tempF1 =0b00000001 ;1- .equ f_tempF2 =0b00000010 ;1- ;.equ f_tempF3 =0b00000100 ;1- ;.equ f_an_minomet =0b00001000 ;1- ;.equ f_en_out =0b00010000 ;1- ;.equ f_tout =0b00100000 ; ;.equ f_en_tout =0b01000000 ; ;.equ f_ate0 =0b10000000 ;1- ;---------pos bits of FL2----------- .equ fp_tempF1 =0 ; .equ fp_tempF2 =1 ; ;.equ fp_ext_key =2 ; ;.equ fp_an_minomet =3 ;.equ fp_en_out =4 ; ;.equ fp_tout =5 ; ;.equ fp_en_tout =6 ; ;.equ fp_ate0 =7 ; ;---------bits of FL3----------- .equ f_flash_ln1 =0b00000001 ;1- .equ f_sec =0b00000010 ;1- .equ f_flash_ln2 =0b00000100 ;1- .equ f_init_lcd =0b00001000 ;1- ;.equ f_ =0b00010000 ;1- ;.equ f_ =0b00100000 ; .equ f_ack =0b01000000 ; .equ f_tout =0b10000000 ;1- ;---------pos bits of FL3----------- .equ fp_flash_ln1 =0 ; .equ fp_sec =1 ; .equ fp_flash_ln2 =2 ; .equ fp_init_lcd =3 ;.equ fp_ =4 ; ;.equ fp_ =5 ; .equ fp_ack =6 ; .equ fp_tout =7 ; ;---------bits of FL4----------- ;.equ f_flash_ln1 =0b00000001 ;1- ;.equ f_ack =0b00000010 ;1- ;.equ f_flash_ln2 =0b00000100 ;1- ;.equ f_init_lcd =0b00001000 ;1- ;.equ f_1st_byte =0b00010000 ;1- ;.equ f_rd_stop =0b00100000 ; ;.equ f_en_string =0b01000000 ; ;.equ f_restart =0b10000000 ;1- принята "1" ;---------pos bits of FL4----------- ;.equ fp_flash_ln1 =0 ; ;.equ fp_ack =1 ; ;.equ fp_flash_ln2 =2 ; ;.equ fp_init_lcd =3 ;.equ fp_1st_byte =4 ; ;.equ fp_rd_stop =5 ; ;.equ fp_en_string =6 ; ;.equ fp_restart =7 ; ;---------bits of FL4----------- .equ f_key1 =0b00000001 ; .equ f_key2 =0b00000010 ; .equ f_key3 =0b00000100 ; .equ f_key4 =0b00001000 ; .equ f_key5 =0b00010000 ; .equ f_key6 =0b00100000 ; .equ f_key7 =0b01000000 ; .equ f_key8 =0b10000000 ; ;---------pos bits of FL4----------- .equ fp_key1 =0 ; .equ fp_key2 =1 ; .equ fp_key3 =2 ; .equ fp_key4 =3 .equ fp_key5 =4 ; .equ fp_key6 =5 ; .equ fp_key7 =6 ; .equ fp_key8 =7 ; ;---------bits of buf4094_out ----------- .equ f_wdt_out =0b00000001 ; .equ f_ledG =0b00000010 ; .equ f_ledY =0b00000100 ; .equ f_ledR =0b00001000 ; .equ f_rel1 =0b00010000 ; .equ f_rel2 =0b00100000 ; .equ f_rel3 =0b01000000 ; .equ f_buzzer =0b10000000 ; ;---------pos bits of buf4094_out ----------- .equ fp_wdt_out =0 ; .equ fp_ledG =1 ; .equ fp_ledY =2 ; .equ fp_ledR =3 .equ fp_rel1 =4 ; .equ fp_rel2 =5 ; .equ fp_rel3 =6 ; .equ fp_buzzer =7 ; ;---------bits of buf4094_pinIO ----------- .equ f_pinIO0 =0b00000001 ; .equ f_pinIO1 =0b00000010 ; .equ f_pinIO2 =0b00000100 ; .equ f_pinIO3 =0b00001000 ; .equ f_pinIO4 =0b00010000 ; .equ f_pinIO5 =0b00100000 ; .equ f_pinIO6 =0b01000000 ; ;.equ f_pinIO7 =0b10000000 ; ;---------pos bits of buf4094_pinIO ----------- .equ fp_pinIO0 =0 .equ fp_pinIO1 =1 ; .equ fp_pinIO2 =2 ; .equ fp_pinIO3 =3 ; .equ fp_pinIO4 =4 ; .equ fp_pinIO5 =5 ; .equ fp_pinIO6 =6 ; ;.equ fp_pinIO7 =7 ; ;.macro scl_low ; sbi ddrd,LED_OUT1 ;.endmacro ;.macro scl_high ; cbi ddrd,LED_OUT1 ;.endmacro ;.macro sda_low ; sbi ddrd,LED_OUT2 ;.endmacro ;.macro sda_high ; cbi ddrd,LED_OUT2 ;.endmacro .macro flash_en cbi portb,cs_flash .endmacro .macro flash_dis sbi portb,cs_flash .endmacro .macro flash2_en cbi portb,cs_flash2 .endmacro .macro flash2_dis sbi portb,cs_flash2 .endmacro ;--- .macro DATA4094_1 sbi portb,DATA4094 .endmacro .macro DATA4094_0 cbi portb,DATA4094 .endmacro .macro CLK4094_1 sbi portb,CLK4094 .endmacro .macro CLK4094_0 cbi portb,CLK4094 .endmacro .macro STR4094_1 sbi portb,STR4094 .endmacro .macro STR4094_0 cbi portb,STR4094 .endmacro ;.macro RTS_ON ; cbi portd,RTS ;.endmacro ;.macro RTS_OFF ; sbi portd,RTS ;.endmacro .macro RS232_COMP sbi portd,SEL_RS232 .endmacro .macro RS232_MIK21 cbi portd,SEL_RS232 .endmacro .macro clk_164_1 sbi portc,clk_164 .endmacro .macro clk_164_0 cbi portc,clk_164 .endmacro .macro lcd_E_pin_1 sbi portc,E_PIN .endmacro .macro lcd_E_pin_0 cbi portc,E_PIN .endmacro .macro IR_LED_ON sbi portd,IR_LED_OUT .endmacro .macro IR_LED_OFF cbi portd,IR_LED_OUT .endmacro ;------------- .macro TEST0_IR_IN sbic pind,LED_OUT3 .endmacro .macro TEST1_IR_IN sbis pind,LED_OUT3 .endmacro ;------------- .macro LED_OUT1_ON sbi portd,led_out1 .endmacro .macro LED_OUT1_OFF cbi portd,led_out1 .endmacro ;------------- .macro LED_OUT2_ON sbi portd,led_out2 .endmacro .macro LED_OUT2_OFF cbi portd,led_out2 .endmacro ;------------- .macro LED_OUT3_ON sbi portd,led_out3 .endmacro .macro LED_OUT3_OFF cbi portd,led_out3 .endmacro ;------------- ; lds temp,buf4094_out ; cbr temp,f_REL3 ;Relay3 ON ; sts buf4094_out,temp ; call control_outs ;+++++++++++++ SYMBOLS ++++++++++++++++++++++++++++ .equ _sp =0x20 ; .equ _kwl =0x28 ;( .equ _kwr =0x29 ;) .equ _zw =0x2A ; * .equ _pl =0x2B ; + .equ _mi =0x2D ; - .equ _sl =0x2F ; / .equ _eq =0x3D ; = .equ _ddp =0x3A ; : .equ _dzp =0x3B ; ; .equ _kwe =0x3F ; ? .equ _dp =0x2E ; . .equ _zp =0x2C ; , .equ _kw =0x22 ; " .equ _strl =0x3C ;< .equ _strr =0x3E ;> .equ _bell =0xED ;> .equ _esc =0x7E ;ESC .equ _stru =0xD9 ; .equ _strd =0xDA ; .equ _CR =0x0D ; .equ _LF =0x0A ; .equ _0 =0x30 ; .equ _1 =0x31 ; .equ _2 =0x32 ; .equ _3 =0x33 ; .equ _4 =0x34 ; .equ _5 =0x35 ; .equ _6 =0x36 ; .equ _7 =0x37 ; .equ _8 =0x38 ; .equ _9 =0x39 ; .equ _A =0x41 ; .equ _B =0x42 ; .equ _C =0x43 ; .equ _D =0x44 ; .equ _E =0x45 ; .equ _F =0x46 ; .equ _G =0x47 ; .equ _H =0x48 ; .equ _I =0x49 ; .equ _J =0x4A ; .equ _K =0x4B ; .equ _L =0x4C ; .equ _M =0x4D ; .equ _N =0x4E ; .equ _O =0x4F ; .equ _P =0x50 ; .equ _Q =0x51 ; .equ _R =0x52 ; .equ _S =0x53 ; .equ _T =0x54 ; .equ _U =0x55 ; .equ _V =0x56 ; .equ _W =0x57 ; .equ _X =0x58 ; .equ _Y =0x59 ; .equ _Z =0x5A ; .equ _Am =0x61 ; .equ _Bm =0x62 ; .equ _Cm =0x63 ; .equ _Dm =0x64 ; .equ _Em =0x65 ; .equ _Fm =0x66 ; .equ _Gm =0x67 ; .equ _Hm =0x68 ; .equ _Im =0x69 ; .equ _Jm =0x6A ; .equ _Km =0x6B ; .equ _Lm =0x6C ; .equ _Mm =0x6D ; .equ _Nm =0x6E ; .equ _Om =0x6F ; .equ _Pm =0x70 ; .equ _Qm =0x71 ; .equ _Rm =0x72 ; .equ _Sm =0x73 ; .equ _Tm =0x74 ; .equ _Um =0x75 ; .equ _Vm =0x76 ; .equ _Wm =0x77 ; .equ _Xm =0x78 ; .equ _Ym =0x79 ; .equ _Zm =0x7A ; ;---------------------------- .org 0 rjmp start_program ;------------------------------- ;.org INT0addr ; jmp inter_int1 ;------------------------------- ;.org OC1Baddr ; rjmp int_OC1B ;---------------------------------- ;.org OVF1addr ; jmp timer1_int ;---------------------------- .org OVF0addr jmp timer0_int ;---------------------------- .org 0x003f .DB _0,_A ;идентификатор модели изделия (for bootloader) .org 0x0040 start_program: ;start: ;----- очистка регистров -------- ldi zh,0 ldi zl,1 ;начать очистку с "r1" ldi temp,29 ;очистить 29 регистров mov r0,temp ldi temp,0 reg_clr0: st z,temp inc zl dec r0 brne reg_clr0 ldi zh,high($60) ldi zl,low($60) ldi counter,255 ldi temp,0 start_reg3: st z+,temp dec counter brne start_reg3 ;---------подготовка порта A ----- ldi temp,0b00000000 out DDRA,temp ldi temp,0b00000000 out PORTA,temp ;---------подготовка порта B ----- ldi temp,0b10111111 out DDRB,temp ldi temp,0b11111000 out PORTB,temp ;---------подготовка порта C ----- ldi temp,0b11000000 out DDRC,temp ldi temp,0b00011100 out PORTC,temp ;---------подготовка порта D ----- ldi temp,0b11000010 out DDRD,temp ldi temp,0b01100011 out PORTD,temp ;----------инициализация UART---- ldi temp,0b00011000 ;RX & TX enable out ucsrb,temp ; ; ;init value of "ucsrc" - 8 bit mode of Character size ldi temp,51 ;9.6 kbit/s out ubrrl,temp ; ; ;----------инициализация WDT---- ; ldi temp,0b00011111 ; out WDTCR,temp ;включить WDT с макс. интервалом ldi temp,low(ramend) out spl,temp ;определить стек ldi temp,high(ramend) out sph,temp ;определить стек ;----------инициализация TC0 и TC1---- ldi temp,0b00000001 ; out timsk,temp ldi temp,0b00000101 ;разрешить работу счетчика TC0, к=1024 out tccr0,temp ; wdr ;---- SPI_MasterInit --------------- ; ldi temp,0b01010001 ;Enable SPI, Master, set clock rate fck/16 ; out SPCR,temp sei ; call tr_string000 ; ;jmp test_led35_000 rrrr: ldi temp,low(ramend) out spl,temp ;определить стек ldi temp,high(ramend) out sph,temp ;определить стек rcall init_LED lds temp,buf4094_out cbr temp,f_buzzer ;buzzer ON sbr temp,f_ledR sbr temp,f_ledG sbr temp,f_ledY sts buf4094_out,temp ldi temp,0xFF sts buf4094_pinIO,temp call control_outs ldi temp,1 rcall time_delay rcall init_LED ;jmp scan_IIC ;-------- INIT LCD ------------------------- call init_LCD ldi zh,high(2*lcd_string_start1) ; ldi zl,low(2*lcd_string_start1) ; call remov_d2lcdBuf_ln1 ; ldi zh,high(2*lcd_string_start2) ; ; ldi zl,low(2*lcd_string_start2) rcall trTWOline2lcd RS232_COMP ;------ проверка FLASH MEM ---------- ; cbr fl2,f_cs2 ; call RdStatReg ;проверка на исправность DATA FLASH ; cpi temp,$A4 ; breq test_flash_OK ; ldi zh,high(2*lcd_string_start4) ; ; ldi zl,low(2*lcd_string_start4) ; call remov_d2lcdBuf_ln2 ; sbr fl3,f_flash_ln2 ; call tr_data2lcd ;test_flash_ERR: rcall error_ind ; rjmp test_flash_ERR ;------------------------------------ test_flash_OK: ldi temp,10 rcall time_delay ldi zh,high(2*lcd_string_start5) ; ldi zl,low(2*lcd_string_start5) rcall trTWOline2lcd ldi temp,10 rcall time_delay ldi zl,low(prof_mem) ldi zh,high(prof_mem) call LOAD_EE_DATA mov temp3,temp dec temp3 ;ldi temp,0b11111111 ;sts key_set,temp ;ldi temp,0b00000010 ;sts key_mode1,temp ;ldi temp3,35 ;rjmp ddd sel_dev1: rcall wait_press_key brcs sel_dev3 rcall short_beep ldi zh,high(2*blanc_screen) ; ldi zl,low(2*blanc_screen) rcall trTWOline2lcd ldi temp,2 rcall time_delay inc temp3 cpi temp3,UP_BORDER ;предельное значение + 1 brne sel_dev2 ldi temp3,1 sel_dev2: rcall calc_adrLN rjmp sel_dev1 sel_dev3: ldi zh,high(2*lcd_string_ready) ; ldi zl,low(2*lcd_string_ready) call remov_d2lcdBuf_ln2 sbr fl3,f_flash_ln2 call tr_data2lcd rcall wait_press_key2 call prepare_buf call prep_IO ldi temp,12 ;38.4 kbit/s out ubrrl,temp ; ;-------------------------------------------------------- main: rcall wait_ft0 main1: rcall wait_unpress_pusk ddd: ldi zh,high(2*lcd_string_testON) ; ldi zl,low(2*lcd_string_testON) call remov_d2lcdBuf_ln2 sbr fl3,f_flash_ln2 call tr_data2lcd lds temp,buf4094_out sbr temp,f_ledY ;желтый LED горит cbr temp,f_rel1 ;подать питание sts buf4094_out,temp rcall control_outs ldi temp,0 mov err_ind,temp ;rjmp ddd rcall testVCC brcs stop_test ;rcall test_other ;brcs stop_test ;rcall test_tuner ;brcs stop_test rcall send_IR_test brcs stop_test ;rjmp ddd ;rrr: rjmp rrr rcall test_kbr_key brcs stop_test rcall test_led brcs stop_test stop_test: lds temp,buf4094_out cbr temp,f_ledY sbr temp,f_rel1 ;выключить питание cbr temp,f_buzzer sts buf4094_out,temp rcall control_outs tst err_ind brne main_err rcall end_indic rjmp main ;main3: ; main_err: ldi zh,high(2*lcd_string_ERROR) ; ldi zl,low(2*lcd_string_ERROR) call remov_d2lcdBuf_ln2 ldi yh,high(lcd_buf+22) ; ldi yl,low(lcd_buf+22) ldi temp1,_0 mov temp,err_ind swap temp andi temp,0x0F ; ldi temp1,_0 add temp,temp1 st y+,temp mov temp,err_ind andi temp,0x0F ; ldi temp1,_0 add temp,temp1 st y+,temp sbr fl3,f_flash_ln2 call tr_data2lcd rcall error_ind rcall wait_unpress_pusk ldi zh,high(2*lcd_string_ready) ; ldi zl,low(2*lcd_string_ready) call remov_d2lcdBuf_ln2 sbr fl3,f_flash_ln2 call tr_data2lcd rjmp main ; RJMP main3 ;---------------------------------------- end_indic: ldi zh,high(2*lcd_string_testOK) ; ldi zl,low(2*lcd_string_testOK) call remov_d2lcdBuf_ln2 sbr fl3,f_flash_ln2 call tr_data2lcd lds temp,buf4094_out cbr temp,f_ledY sbr temp,f_rel1 ;выключить питание cbr temp,f_buzzer sts buf4094_out,temp rcall control_outs ldi temp,2 rcall time_delay ;0,2 сек продолжительность гудка lds temp,buf4094_out sbr temp,f_buzzer sbr temp,f_rel1 ;выключить питание sts buf4094_out,temp rcall control_outs ldi temp,10 ;2сек горит надпись "Test OK" rcall time_delay end_indic_1: ldi zh,high(2*lcd_string_ready) ; ldi zl,low(2*lcd_string_ready) call remov_d2lcdBuf_ln2 sbr fl3,f_flash_ln2 call tr_data2lcd ret ;---------------------------------------- wait_unpress_pusk: main_err1: sbic pinc,pusk rjmp main_err1 ldi temp,3 main_err2: rcall wait_ft0 sbic pinc,pusk rjmp main_err1 dec temp brne main_err2 main_err11: sbis pinc,pusk rjmp main_err11 ldi temp,3 main_err21: rcall wait_ft0 sbis pinc,pusk rjmp main_err11 dec temp brne main_err21 ret ;---------------------------------------- short_beep: rcall wait_ft0 lds temp,buf4094_out cbr temp,f_buzzer ;buzzer ON sts buf4094_out,temp call control_outs rcall wait_ft0 rcall wait_ft0 lds temp,buf4094_out sbr temp,f_buzzer ;buzzer OFF sts buf4094_out,temp call control_outs ret ;------------------------------------------ ;test_other: lds temp,key_mode1 ; sbrs temp,6 ;1- проверять провода на замыкания ; rjmp test_other_ret ; ; ; ;test_other3: cpi temp3,3 ; breq test_other3_0 ; rjmp test_tuner4 ;test_other3_0: ; ldi temp,0xFF ; sts buf4094_pinIO,temp ; call control_outs ; ; rcall METadc6 ;test SCL ; ; subi temp,0xA0 ; brcc test_other3_1 ; ; ldi temp,0x41 ; rjmp test_other_ret2 ; ;test_other3_1: rcall METadc5 ;test SDA ; ; subi temp,0xA0 ; brcc test_other3_2 ; ; ldi temp,0x42 ; rjmp test_other_ret2 ; ;test_other3_2: ; ldi temp2,0x30 ; ldi temp5,0x50 ; rcall test_borderIN0 ;test CVBS ; brcc test_other3_3 ; ; ldi temp,0x43 ; rjmp test_other_ret2 ; ; ;test_other3_3: ; ldi temp2,0x60 ; ldi temp5,0x90 ; rcall test_borderIN1 ;test AF ; brcc test_other3_4 ; ; ldi temp,0x44 ; rjmp test_other_ret2 ; ; ;test_other3_4: ; ldi temp2,0xf0 ; ldi temp5,0xff ; rcall test_borderIN2 ;test IF ; brcc test_other3_5 ; ; ldi temp,0x45 ; rjmp test_other_ret2 ; ;test_other3_5: ; ldi temp2,0xf0 ; ldi temp5,0xff ; rcall test_borderIN3 ;test RxD ; brcc test_other3_6 ; ; ldi temp,0x46 ; rjmp test_other_ret2 ; ;test_other3_6: ; ldi temp2,0xf0 ; ldi temp5,0xff ; rcall test_borderIN4 ;test TxD ; brcc test_other3_7 ; ; ldi temp,0x47 ; rjmp test_other_ret2 ; ;test_other3_7: ; ; ldi temp,0xFF ; cbr temp,f_pinIO3 ; sts buf4094_pinIO,temp ; call control_outs ; ; ; ldi temp2,0x60 ; ldi temp5,0xA0 ; rcall test_borderIN4 ;test short TxD & RxD ; brcc test_other3_8 ; ; ldi temp,0x48 ; rjmp test_other_ret2 ; ;test_other3_8: ; sbic pind,LED_OUT1 ; rjmp test_other3_9 ; ; ldi temp,0x49 ; rjmp test_other_ret2 ; ;test_other3_9: ; ; rjmp test_other_ret ; ; ;test_other4: ;cpi temp3,4 ; ;brne test_tuner5 ; ; ; ;;test_other6: cpi temp3,6 ;; brne test_tuner7 ; ; ; ; ;;test_tuner7: ; ; ; ; ; ;test_other_ret2: ; mov err_ind,temp ; ;test_other_ret: clc ; tst err_ind ; breq test_other_ret1 ; sec ;test_other_ret1: ; ret ;------------------------------------- ; rcall METadc2 ; out udr,temp ; ldi temp,2 ; rcall time_delay ; rjmp test_other3_3 ; rcall test_borderIN1 ;--------------------------------- ;----------------------------------- ;test_borderIN0: ; ldi counter,3 ; ;test_borderIN0_1: ; rcall wait_ft0 ; rcall METadc0 ; mov temp1,temp ; ; sub temp,temp2 ; brcc test_borderIN0_2 ; ;test_borderIN0_3: ; dec counter ; brne test_borderIN0_1 ; sec ; rjmp test_borderIN0_ret ; ;test_borderIN0_2: ; sub temp5,temp1 ; brcs test_borderIN0_3 ; ;test_borderIN0_ret: ; ret ;------------------------------------- ;test_borderIN1: ; ldi counter,3 ; ;test_borderIN1_1: ; rcall wait_ft0 ; rcall METadc1 ; mov temp1,temp ; ; sub temp,temp2 ; brcc test_borderIN1_2 ; ;test_borderIN1_3: ; dec counter ; brne test_borderIN1_1 ; sec ; rjmp test_borderIN1_ret ; ;test_borderIN1_2: ; sub temp5,temp1 ; brcs test_borderIN1_3 ; ;test_borderIN1_ret: ; ret ;------------------------------------- ;test_borderIN2: ; ldi counter,3 ; ;test_borderIN2_1: ; rcall wait_ft0 ; rcall METadc2 ; mov temp1,temp ; ; sub temp,temp2 ; brcc test_borderIN2_2 ; ;test_borderIN2_3: ; dec counter ; brne test_borderIN2_1 ; sec ; rjmp test_borderIN2_ret ; ;test_borderIN2_2: ; sub temp5,temp1 ; brcs test_borderIN2_3 ; ;test_borderIN2_ret: ; ret ;------------------------------------- ;test_borderIN3: ; ldi counter,3 ; ;test_borderIN3_1: ; rcall wait_ft0 ; rcall METadc3 ; mov temp1,temp ; ; sub temp,temp2 ; brcc test_borderIN3_2 ; ;test_borderIN3_3: ; dec counter ; brne test_borderIN3_1 ; sec ; rjmp test_borderIN3_ret ; ;test_borderIN3_2: ; sub temp5,temp1 ; brcs test_borderIN3_3 ; ;test_borderIN3_ret: ; ret ;------------------------------------- ;test_borderIN4: ; ldi counter,3 ; ;test_borderIN4_1: ; rcall wait_ft0 ; rcall METadc4 ; mov temp1,temp ; ; sub temp,temp2 ; brcc test_borderIN4_2 ; ;test_borderIN4_3: ; dec counter ; brne test_borderIN4_1 ; sec ; rjmp test_borderIN4_ret ; ;test_borderIN4_2: ; sub temp5,temp1 ; brcs test_borderIN4_3 ; ;test_borderIN4_ret: ; ret ;------------------------------------- ;test_borderIN5: ; ldi counter,3 ; ;test_borderIN5_1: ; rcall wait_ft0 ; rcall METadc5 ; mov temp1,temp ; ; sub temp,temp2 ; brcc test_borderIN5_2 ; ;test_borderIN5_3: ; dec counter ; brne test_borderIN5_1 ; sec ; rjmp test_borderIN5_ret ; ;test_borderIN5_2: ; sub temp5,temp1 ; brcs test_borderIN5_3 ; ;test_borderIN5_ret: ; ret ;------------------------------------- ;test_borderIN6: ; ldi counter,3 ; ;test_borderIN6_1: ; rcall wait_ft0 ; rcall METadc6 ; mov temp1,temp ; ; sub temp,temp2 ; brcc test_borderIN6_2 ; ;test_borderIN6_3: ; dec counter ; brne test_borderIN6_1 ; sec ; rjmp test_borderIN6_ret ; ;test_borderIN6_2: ; sub temp5,temp1 ; brcs test_borderIN6_3 ; ;test_borderIN6_ret: ; ret ;------------------------------------ ;test_tuner: lds temp,key_mode1 ; sbrs temp,5 ;1- проверять тюнер ; rjmp test_tuner_ret ; ; ; ;test_tuner1: cpi temp3,1 ; brne test_tuner2 ; ; rcall Htest_tuner ; brcc test_tuner_ret1 ; rjmp test_tuner_ret2 ; ;test_tuner2: cpi temp3,2 ; brne test_tuner3 ; ; ; rcall Ttest_tuner ; brcc test_tuner_ret1 ; rjmp test_tuner_ret2 ; ;test_tuner3: cpi temp3,3 ; brne test_tuner4 ; ; rcall Etest_tuner ; brcc test_tuner_ret1 ; rjmp test_tuner_ret2 ; ; ; ;test_tuner4: ;cpi temp3,3 ; ;brne test_tuner4 ; ; rjmp test_tuner_ret1 ; ;test_tuner_ret2: ; ldi temp,5 ;no ACK ; mov err_ind,temp ; ; sec ; rjmp test_tuner_ret ;test_tuner_ret1: ; clc ;test_tuner_ret: ; ret ;---------------------------------- testVCC: lds temp,key_mode1 sbrc temp,1 rjmp testVCC_ret1 ;1-не проверять ИК ldi temp,10 rcall time_delay ;rjmp testVCC_ret1 ldi temp1,3 testVCC1: rcall METadcVCC subi temp,0x60 brcc testVCC_ret1 rcall wait_ft0 dec temp1 brne testVCC1 ldi temp,1 ;Power NG mov err_ind,temp sec rjmp testVCC_ret testVCC_ret1: clc testVCC_ret: ret ;------------------------------------- METadc0: ldi temp,0b00100000 ; rjmp wait_adc2 METadc1: ldi temp,0b00100001 ; rjmp wait_adc2 METadc2: ldi temp,0b00100010 ; rjmp wait_adc2 METadc3: ldi temp,0b00100011 ; rjmp wait_adc2 METadc4: ldi temp,0b00100100 ; rjmp wait_adc2 METadc5: ldi temp,0b00100101 ; rjmp wait_adc2 METadc6: ldi temp,0b00100110 ; rjmp wait_adc2 METadcVCC: ldi temp,0b00100111 ;ADLAR=1 wait_adc2: out ADMUX,temp ldi temp,0b11000110 ;Start ADC, PRS=8 out ADCSRA,temp wait_adc1: in temp,ADCSRA sbrc temp,ADSC rjmp wait_adc1 in temp,ADCL in temp,ADCH ret ;------------------------------------ calc_adrLN: mov temp,temp3 ldi zh,high(2*sel_device1) ; ldi zl,low(2*sel_device1) cpi temp,1 breq calc_adrLN_ret dec temp calc_adrLN1: adiw zl,32 dec temp brne calc_adrLN1 calc_adrLN_ret: rcall trTWOline2lcd ret ;------------------------------------- prep2botloader: ldi zh,high(2*lcd_string_rdbld) ; ldi zl,low(2*lcd_string_rdbld) rcall trTWOline2lcd jmp boot_ld ;---------------------------------- wait_press_key: rcall wait_ft0 in temp,UCSRA sbrs temp,RXC rjmp wait_press_key3 in temp,UDR cpi temp,_U brne wait_press_key3 rjmp prep2botloader wait_press_key3: sbic pinc,pusk rjmp wait_press_key ldi temp1,30 wait_press_key1: rcall wait_ft0 dec temp1 brne wait_press_key2 sec rjmp wait_press_key_ret wait_press_key2: sbis pinc,pusk rjmp wait_press_key1 clc wait_press_key_ret: ret ;-------------------------------------------- Wr2Lcd2ln: call remov_d2lcdBuf_ln2 sbr fl3,f_flash_ln1 sbr fl3,f_flash_ln2 call tr_data2lcd ret ;--------------------------------------------- init_LED: ldi temp,0xff sbr temp,f_ledG ;ledG ON cbr temp,f_ledR cbr temp,f_ledY sts buf4094_out,temp call control_outs ret ;--------------------------------------------- error_ind: ldi counter,7 error_ind1: lds temp,buf4094_out sbr temp,f_ledR cbr temp,f_ledY cbr temp,f_buzzer sbr temp,f_rel1 ;выключить питание sts buf4094_out,temp rcall control_outs ldi temp,1 rcall time_delay ; rcall init_LED lds temp,buf4094_out cbr temp,f_ledR cbr temp,f_ledY sbr temp,f_buzzer sts buf4094_out,temp rcall control_outs ldi temp,1 rcall time_delay dec counter brne error_ind1 ret ;----------------------------------------------- ;-------------------------------------- tr_1byte: push temp out udr,temp tr_1byte_1: in temp,ucsra sbrs temp,TXC rjmp tr_1byte_1 out ucsra,temp pop temp ret ;--------------------------------------- RES_TOUT: mov count_tout,temp ldi temp,3 mov timer1,temp cbr fl3,f_tout ret ;------------------------------------- time_delay: rcall RES_TOUT time_delay1: sbrs fl3,fp_tout rjmp time_delay1 ret ;---------------------------------- wait_ft0: sbrs fl1,fp_t0 rjmp wait_ft0 cbr fl1,f_t0 ret ;----------------------------------------- ;timer1_int: sbr fl1,f_t1 ; reti ;----------------------------------- timer0_int: sbr fl1,f_t0 ; push temp dec timer1 brne timer0_int_ret ldi temp,3 mov timer1,temp sbr fl1,f_sec100ms dec count_tout brne timer0_int_ret sbr fl3,f_tout timer0_int_ret: pop temp reti ;----------------------------------------------- ;RES_TOUT: mov count_tout,temp ; ldi temp,50 ; mov timer1,temp ; cbr fl4,f_tout ; ; ret ;-------------------------------------------------- ;--------------------------------------------- ;EraseAllPages: ; ;; ldi zh,high(999) ;Pages to Erase ;; ldi zl,low(999) ; ; ldi temp,0 ; sts flash_page_adrL,temp ; sts flash_page_adrH,temp ;начальная страница ; ;EraseAllPages1: ; rcall RdStatReg ;Ready? ; ; ldi temp,0x81 ;Page Erase ; rcall SPI_MasterTransmit ; ; rcall SendPageAdr ; ; rcall IncPageAdr ; brcc EraseAllPages1 ; ;; sbiw zl,1 ; brne EraseAllPages1 ; ;PresetPageAdr: ; ldi temp,0 ; sts flash_page_adrL,temp ; sts flash_page_adrH,temp ;начальная страница ; ; ret ;--------------------------------------------- ;-------------------------------------------- ;IncPageAdr: push zl ; push zh ; ; lds zl,flash_page_adrL ; lds zh,flash_page_adrH ; ; cpi zl,low(999) ;проверка на достижение макс адреса ; brne IncPageAdr1 ; ; cpi zh,high(999) ;проверка на достижение макс адреса ; breq IncPageAdr_ret1 ; ;IncPageAdr1: adiw zl,1 ; ; sts flash_page_adrL,zl ; sts flash_page_adrH,zh ; ; clc ; rjmp IncPageAdr_ret ; ;IncPageAdr_ret1: ; sec ; ;IncPageAdr_ret: ; pop zh ; pop zl ; ret ;-------------------------------------------- ;--------------------------------------------- ;SendPageAdr: ; ; ;------- page ADRESS - 10 bit ----------- ; lds temp1,flash_page_adrH ; ; lds temp2,flash_page_adrL ; ; ;------------------------------------------- ; ; lsl temp1 ; bst temp2,7 ; bld temp1,0 ; lsl temp2 ; ; mov temp,temp1 ;Page Adr - byte №1 ; rcall SPI_MasterTransmit ; ; mov temp,temp2 ;Page Adr - byte №2 ; rcall SPI_MasterTransmit ; ; mov temp,temp1 ;Page Adr - byte №3 ; rcall SPI_MasterTransmit ; ; rcall RdStatReg ; ; ; ret ;--------------------------------------------------------------------------------------------- ;write_page2flash: ; rcall RdStatReg ; ; ; ;--- передать данные из RAM в буфер ---------------- ; ldi temp,0x84 ;Buffer 1 Write ; rcall SPI_MasterTransmit ;Код операции ; ; ldi counter,3 ;write_page2flash_1: ; ldi temp,0 ;Начальный адрес в буфере ; rcall SPI_MasterTransmit ; dec counter ; brne write_page2flash_1 ; ; ldi temp,0 ; rcall SPI_MasterTransmit ;первые два байта - пустые ; ; ldi temp,0 ; rcall SPI_MasterTransmit ; ; ldi counter,254 ; ; ;; ldi zh,high(temp_buf) ;; ldi zl,low(temp_buf) ; ;write_page2flash_2: ; ; ld temp,z+ ; ; rcall SPI_MasterTransmit ; ; dec counter ; brne write_page2flash_2 ;буфер заполнен? ; ; ;---- записать данные из буфера в FLASH -------- ; ; rcall RdStatReg ;Ready? ; ; ldi temp,0x83 ;Buffer 1 to Main Memory Page Program ; rcall SPI_MasterTransmit ;запись из буфера в память ; ; rcall SendPageAdr ; ; flash_dis ; rcall flash_disable_sel ; ret ;-------------------------------------------------------------------------------------------------- ;-------------------------------------------------------------------------------------------------- ;-------------- переслать данные из FLASH в буфер ----------------------- ;Read_page_flash2buf: ; rcall RdStatReg ; ; ldi temp,0x53 ;"Main Memory Page to Buffer 1 Transfer" ; rcall SPI_MasterTransmit ; ; rcall SendPageAdr ; ; ret ;--------------------------------------------------------------------------------------------- ;------------------ переслать данные из буфера в RAM ---------------- ;Read_data_buf2ram: ; rcall RdStatReg ; ; ldi temp,0xd4 ;Buffer 1 Read ; rcall SPI_MasterTransmit ; ; ldi counter,4 ;Plus transmit "Additional Don’t Care Byte" ;Read_data_buf2ram_1: ; ldi temp,0 ;Начальный адрес в буфере ; rcall SPI_MasterTransmit ; dec counter ; brne Read_data_buf2ram_1 ; ; rcall SPI_MasterRead ;первые два байта - пустые ; rcall SPI_MasterRead ; ;; ldi zh,high(temp_buf) ;; ldi zl,low(temp_buf) ;; ldi temp,0 ; ldi counter,254 ; ;Read_data_buf2ram_2: ; rcall SPI_MasterRead ; st z+,temp ; dec counter ; brne Read_data_buf2ram_2 ;буфер заполнен? ; ; rcall RdStatReg ;Ready? ; ; ret ;------------------------------------------- ;flash_disable_sel: ; sbrs fl3,fp_cs2 ; rjmp flash_dis_sel1 ; flash2_dis ; rjmp flash_dis_sel2 ;flash_dis_sel1: ; flash_dis ;flash_dis_sel2: ; ret ;--------------------------------------------- ;RdStatReg: ;flash_dis ; rcall flash_disable_sel ; ldi temp,10 ; ;RdStatReg2: dec temp ; brne RdStatReg2 ; ; ldi temp,0xd7 ; rcall SPI_MasterTransmit ;RdStatReg1: ; rcall SPI_MasterRead ; ; sbrs temp,7 ; rjmp RdStatReg1 ; ;; flash_dis ; rcall flash_disable_sel ; ret ;----------------------------------------------------------------------------- SPI_MasterTransmit: ; sbrs fl3,fp_cs2 ; rjmp SPI_MasterTransmit1 ; flash2_en ; rjmp SPI_MasterTransmit2 SPI_MasterTransmit1: flash_en SPI_MasterTransmit2: out SPDR,temp Wait_Transmit_SPI: in temp,SPSR sbrs temp,SPIF ;Wait for transmission complete rjmp Wait_Transmit_SPI ret ;----------------------------------------------------------------------------- SPI_MasterRead: ldi temp,0xff out SPDR,temp ; sbrs fl3,fp_cs2 ; rjmp SPI_MasterRead1 ; flash2_en ; rjmp SPI_MasterRead2 SPI_MasterRead1: flash_en SPI_MasterRead2: Wait_SPI_MasterRead: in temp,SPSR sbrs temp,SPIF ;Wait for transmission complete rjmp Wait_SPI_MasterRead in temp,SPDR ret ;------------------------------------------------------------------------------ ;----------------------------------------------- ;send_READY: ldi zh,high(2*bl_tr_ready) ; ldi zl,low(2*bl_tr_ready) ; rjmp send_answ_ret1 ; ;send_OK: ldi zh,high(2*bl_trOK) ; ldi zl,low(2*bl_trOK) ; rjmp send_answ_ret1 ; ; ;send_ERR: ldi zh,high(2*bl_tr_error) ; ldi zl,low(2*bl_tr_error) ;send_answ_ret1: rcall TR_COM_DATA ; ;send_answ_ret: ret ;---------------------------------------------------- ;TR_COM_DATA: lpm counter,z+ ; ;TR_COM_DATA1: lpm temp,z+ ; ; rcall tr_1byte ; dec counter ; brne TR_COM_DATA1 ; ret ; ;-------------------------------------------- ;test_flash: ; ldi temp,0x9f ; ; rcall SPI_MasterTransmit ; ; rcall SPI_MasterRead ; cpi temp,0x1e ; brne test_flash_ret1 ; mov test_data,temp ; call test_send ; rcall SPI_MasterRead ; cpi temp,0x00 ; brne test_flash_ret1 ; mov test_data,temp ; call test_send ; clc ; rjmp test_flash_ret ;test_flash_ret1: ; sec ;test_flash_ret: ; ; rcall flash_disable_sel ; flash_dis ; ret ;---------------------------------------------------------------------- ;----------------------------------------------------------- control_outs: push temp in temp,sreg push temp push counter lds temp,buf4094_out ldi counter,8 control_outs1: DATA4094_0 rol temp brcs control_outs1_1 DATA4094_1 control_outs1_1: CLK4094_1 CLK4094_0 dec counter brne control_outs1 ; lds temp,buf4094_prof_led lds temp,buf4094_pinIO ldi counter,8 control_outs2: DATA4094_0 rol temp brcc control_outs2_1 DATA4094_1 control_outs2_1: CLK4094_1 CLK4094_0 dec counter brne control_outs2 ; ldi temp,100 STR4094_1 ;control_outs3: ; dec temp ; brne control_outs3 STR4094_0 pop counter pop temp out sreg,temp pop temp ; cbr fl2,f_en_out ret ;----------------------------------------------------------- ;------------------------------------------------------------------ ;-------------------------------------------- SER_OUT_i: ldi counter,0b00000000 ;RS=0 rcall SER_OUT_4u_bit ret ;-------------------------------------------- SER_OUT_c: push temp ldi counter,0b00000000 ;RS=0 rcall SER_OUT_4u_bit pop temp lsl temp lsl temp lsl temp lsl temp ldi counter,0b00000000 ;RS=0 rcall SER_OUT_4u_bit ret ;-------------------------------------------- SER_OUT_d: push temp ldi counter,0b10000000 ;RS=1 rcall SER_OUT_4u_bit pop temp lsl temp lsl temp lsl temp lsl temp ldi counter,0b10000000 ;RS=1 rcall SER_OUT_4u_bit ret ;-------------------------------------------- delay2us: ldi temp1,6 delay2us_1: dec temp1 brne delay2us_1 ret ;-------------------------------------------- SER_OUT_4u_bit: bst temp,4 bld counter,3 bst temp,5 bld counter,2 bst temp,6 bld counter,1 bst temp,7 bld counter,0 mov temp,counter ;; rcall S_OUT0 ;; ret S_OUT0_lcd0: ldi counter,8 S_OUT0_lcd: DATA4094_0 sbrc temp,0 DATA4094_1 rcall delay2us ; nop ; nop ; nop ; nop ; nop ; nop ; nop ; nop ; nop clk_164_1 rcall delay2us ; nop ; nop ; nop ; nop ; nop ; nop clk_164_0 lsr temp clz dec counter brne S_OUT0_lcd ;sbrc fl1,fp_rd_kbr ;rjmp S_OUT0_lcd_ret rcall delay2us ; nop ; nop ; nop ; nop ; nop ; nop ; nop ; nop ;; nop lcd_E_pin_1 rcall delay2us ; nop ; nop ; nop ; nop ; nop ; nop ; nop ; nop ; nop ; nop lcd_E_pin_0 S_OUT0_lcd_ret: DATA4094_0 ret ;----------------------------------------------- INIT_LCD: rcall del_20ms ldi temp,0b00110000 ;1st bite rcall ser_out_i rcall del_20ms ldi temp,0b00110000 ;2st bite rcall ser_out_i rcall del_20ms ldi temp,0b00110000 ;3st bite rcall ser_out_i rcall del_20ms ldi temp,0b00100000 ;4-bit interface rcall ser_out_i rcall del_20ms ldi temp,0b00101000 ;Function set, N=0(bit3), F=0(bit2) rcall ser_out_c rcall del_20ms ldi temp,0b00001000 ;Display OFF rcall ser_out_c rcall del_20ms ldi temp,0b00000001 ;Clear Display rcall ser_out_c rcall del_20ms ldi temp,0b00000110 ;entry mode set rcall ser_out_c rcall del_20ms ldi temp,0b00001100 ;Display ON rcall ser_out_c rcall del_20ms ldi temp,0b00000010 ;Return Home rcall ser_out_c rcall del_20ms ret ;-------------------------------------------------------------- tr_data2lcd: ldi yh,high(lcd_buf) ; ldi yl,low(lcd_buf) ;----- 1st LINE ----------------------- ldi temp,0b10000000 ;Start adress 1st line = 0x00 rcall ser_out_c rcall tr_data2lcd_ln1 ;----- 2st LINE ----------------------- rcall del_100us ldi temp,0b11000000 ;Start adress 2st line = 0x40 rcall ser_out_c rcall tr_data2lcd_ln2 rcall del_100us ret ;-------------------------------------- tr_data2lcd_ln1: ldi temp,16 ;вывести 16 символов mov temp4,temp tr_data2lcd_ln1_1: rcall del_100us ld temp,y+ ;write symbol sbrs fl3,fp_flash_ln1 rjmp tr_data2lcd_ln1_2 sbrs fl3,fp_sec rjmp tr_data2lcd_ln1_2 ldi temp,_sp tr_data2lcd_ln1_2: rcall ser_out_d dec temp4 brne tr_data2lcd_ln1_1 ret ;------------------------------------- tr_data2lcd_ln2: ldi temp,16 ;вывести 16 символов mov temp4,temp tr_data2lcd_ln2_1: rcall del_100us ld temp,y+ ;write symbol sbrs fl3,fp_flash_ln2 rjmp tr_data2lcd_ln2_2 sbrs fl3,fp_sec rjmp tr_data2lcd_ln2_2 ldi temp,_sp tr_data2lcd_ln2_2: rcall ser_out_d dec temp4 brne tr_data2lcd_ln2_1 ret ;----------------------------------------------- del_100us: ldi counter,127 rjmp del_100us_1 del_200us: ldi counter,255 del_100us_1: dec counter nop brne del_100us_1 ret ;--------------------------------------- del_20ms: ldi temp,2 del_20ms_1: rcall wait_ft0 dec temp brne del_20ms_1 ret ;------------------------------------------ ;rld_data2lcd_buf: ; ldi zh,high(2*string0) ; ; ldi zl,low(2*string0) rld_data2lcd_buf1: cpi temp,0 breq rld_data2lcd_buf2 rld_data2lcd_buf3: adiw zl,16 adiw zl,16 dec temp brne rld_data2lcd_buf3 rld_data2lcd_buf2: rcall rld_data2lcd_buf_ln1 rcall rld_data2lcd_buf_ln2 cbr fl3,f_flash_ln1 cbr fl3,f_flash_ln2 ret ;--------------------------------- rld_data2lcd_buf_ln1: ldi yh,high(lcd_buf) ; ldi yl,low(lcd_buf) ldi counter,16 rld_data2lcd_buf_ln1_1: lpm temp,z+ st y+,temp dec counter brne rld_data2lcd_buf_ln1_1 ret ;---------------------------------- rld_data2lcd_buf_ln2: ldi yh,high(lcd_buf+16) ; ldi yl,low(lcd_buf+16) ldi counter,16 rld_data2lcd_buf_ln2_1: lpm temp,z+ st y+,temp dec counter brne rld_data2lcd_buf_ln2_1 ret ;--------------------------------------------------- trTWOline2lcd: sbr fl3,f_flash_ln1 sbr fl3,f_flash_ln2 ldi yh,high(lcd_buf) ; ldi yl,low(lcd_buf) ldi counter,32 rcall remov_d2lcdBuf_ln0 rcall tr_data2lcd ret ;------------------------------------------------- remov_d2lcdBuf_ln2: ldi yh,high(lcd_buf+16) ; ldi yl,low(lcd_buf+16) rjmp remov_d2lcdBuf_ln remov_d2lcdBuf_ln1: ldi yh,high(lcd_buf) ; ldi yl,low(lcd_buf) remov_d2lcdBuf_ln: ldi counter,16 remov_d2lcdBuf_ln0: lpm temp,z+ st y+,temp dec counter brne remov_d2lcdBuf_ln0 cbr fl3,f_init_lcd ret ;---------------------------------- ;DATA_TDA9885_T: ldi zh,high(2*Tdata186_0) ; ldi zl,low(2*Tdata186_0) ; ; call trIICstring ; brcs DATA_TDA9885_T_ret ; ; ldi zh,high(2*Tdata186_1) ; ldi zl,low(2*Tdata186_1) ; ; call trIICstring ; brcs DATA_TDA9885_T_ret ; ; ldi zh,high(2*Tdata186_2) ; ldi zl,low(2*Tdata186_2) ; ; call trIICstring ;DATA_TDA9885_T_ret: ; ret ;----------------------------------------- ;DATA_TDA9885_H: ldi zh,high(2*Hdata186_0) ; ldi zl,low(2*Hdata186_0) ; ; call trIICstring ; brcs DATA_TDA9885_H_ret ; ; ldi zh,high(2*Hdata186_1) ; ldi zl,low(2*Hdata186_1) ; ; call trIICstring ; brcs DATA_TDA9885_H_ret ; ; ldi zh,high(2*Hdata186_3) ; ldi zl,low(2*Hdata186_3) ; ; call trIICstring ;DATA_TDA9885_H_ret: ; ret ;---------------------------------------- ;SEARCH_CH: ldi xh,0x13 ; ldi xl,0x00 ; ;SEARCH_CH1: call wait_ft0 ; call wait_ft0 ; call wait_ft0 ; ; ; mov temp,xh ; call tr_1byte ; mov temp,xl ; call tr_1byte ; ldi temp,_cr ; call tr_1byte ; ; ; rcall trIICstring_posl ;; brcs test_adr14 ;; ; adiw xl,1 ; mov temp,xh ; sbrs temp,7 ; rjmp SEARCH_CH1 ; ; RJMP SEARCH_CH ;----------------------------------------- ;------------------------------------- ;trIICstring_posl: ; ; rcall send_start ; ldi temp,0xC0 ; rcall send_byte ;; sbrs fl3,fp_ack ;; rjmp trIICstring_posl_ret1 ; ; mov temp,xh ; rcall send_byte ;; sbrs fl3,fp_ack ;; rjmp trIICstring_posl_ret1 ; ; mov temp,xl ; rcall send_byte ;; sbrs fl3,fp_ack ;; rjmp trIICstring_posl_ret1 ; ; ldi temp,0b11001000 ; rcall send_byte ;; sbrs fl3,fp_ack ;; rjmp trIICstring_posl_ret1 ; ; ; ldi temp,0b00000010 ;bit0 -VHV-Lo, bit1 -VHV-Hi, bit3 -UHV ; rcall send_byte ;; sbrs fl3,fp_ack ;; rjmp trIICstring_posl_ret1 ; ;; ldi temp,0xD8 ;; rcall send_byte ;; sbrs fl3,fp_ack ;; rjmp trIICstring_posl_ret1 ; ; ;; ldi temp,0x60 ;; rcall send_byte ;; sbrs fl3,fp_ack ;; rjmp trIICstring_posl_ret1 ; ; rcall send_stop ; clc ; rjmp trIICstring_posl_ret ; ;trIICstring_posl_ret1: ; sec ; ;trIICstring_posl_ret: ; ret ; ;0xC8,0x02,0xD8,0x60 ;---------------------------------------- ;Htest_tuner: rcall DATA_TDA9885_H ; brcs Htest_tuner_ret1 ; ; ldi zh,high(2*Hdata1C0) ; ldi zl,low(2*Hdata1C0) ; ; call trIICstring ; brcs Htest_tuner_ret1 ; ; rcall DEL_1SEC ; brcs Htest_tuner_ret2 ; ; ; ldi zh,high(2*Hdata186_2) ; ldi zl,low(2*Hdata186_2) ; ; call trIICstring ; brcs Htest_tuner_ret1 ; ; ldi zh,high(2*Hdata2C0) ; ldi zl,low(2*Hdata2C0) ; ; call trIICstring ; brcs Htest_tuner_ret1 ; ; rcall DEL_1SEC ; brcs Htest_tuner_ret2 ; ; ldi zh,high(2*Hdata3C0) ; ldi zl,low(2*Hdata3C0) ; ; call trIICstring ; brcs Htest_tuner_ret1 ; ; rcall DEL_1SEC ; brcc Htest_tuner ; ;Htest_tuner_ret2: ; clc ; rjmp Htest_tuner_ret ;Htest_tuner_ret1: ; sec ; ;Htest_tuner_ret: ; ret ;-------------------------------------- ;Ttest_tuner: rcall DATA_TDA9885_T ; brcs Ttest_tuner_ret2 ; ; ldi zh,high(2*Tdata1C0) ; ldi zl,low(2*Tdata1C0) ; ; call trIICstring ; brcs Ttest_tuner_ret1 ; ; rcall DEL_1SEC ; brcs Ttest_tuner_ret2 ; ; ldi zh,high(2*Tdata2C0) ; ldi zl,low(2*Tdata2C0) ; ; call trIICstring ; brcs Ttest_tuner_ret1 ; ; ; call DEL_1SEC ; brcs Ttest_tuner_ret2 ; ; ldi zh,high(2*Tdata3C0) ; ldi zl,low(2*Tdata3C0) ; ; call trIICstring ; brcs Ttest_tuner_ret1 ; ; call DEL_1SEC ; brcc Ttest_tuner ; ;Ttest_tuner_ret2: ; clc ; ;Ttest_tuner_ret1: ; sec ;Ttest_tuner_ret: ; ret ;------------------------------------- ;Etest_tuner: rcall DATA_TDA9885_H ; brcs Etest_tuner_ret1 ; ; ldi zh,high(2*Hdata1C0) ; ldi zl,low(2*Hdata1C0) ; ; call trIICstring ; brcs Etest_tuner_ret1 ; ; call DEL_1SEC ; brcs Etest_tuner_ret2 ; ; ldi zh,high(2*Hdata186_2) ; ldi zl,low(2*Hdata186_2) ; ; call trIICstring ; brcs Etest_tuner_ret1 ; ; ldi zh,high(2*Hdata2C0) ; ldi zl,low(2*Hdata2C0) ; ; call trIICstring ; brcs Etest_tuner_ret1 ; ; call DEL_1SEC ; brcs Etest_tuner_ret2 ; ; ldi zh,high(2*Hdata3C0) ; ldi zl,low(2*Hdata3C0) ; ; call trIICstring ; brcs Etest_tuner_ret1 ; ; rcall DEL_1SEC ; brcc Etest_tuner ; ;Etest_tuner_ret2: ; clc ; rjmp Etest_tuner_ret ;Etest_tuner_ret1: ; sec ; ;Etest_tuner_ret: ; ret ;-------------------------------------- ;DEL_1SEC: ldi temp1,50 ;DEL_1SEC1: call wait_ft0 ; ; sbis pinc,pusk ; rjmp DEL_1SEC_ret1 ; ; dec temp1 ; brne DEL_1SEC1 ; ; clc ; rjmp DEL_1SEC_ret ; ;DEL_1SEC_ret1: sec ;DEL_1SEC_ret: ret ;---------------------------------------- ;------------------------------------------ SEND_START: cbi ddra,pinIO6 ;SDA= "1" ;cbi ddra,pinIO7 ;SCL= "1" rcall delay_6 ; sbi ddra,pinIO6 ;SDA= "0" rcall delay_6 ;sbi ddra,pinIO7 ;SCL= "0" rcall delay_6 ret ;------------------------------------------- SEND_STOP: ;sbi ddra,pinIO6 ;SDA= "0" ;rcall delay_6 ;cbi ddra,pinIO7 ;SCL= "1" ;rcall delay_6 cbi ddra,pinIO6 ;SDA= "1" ldi temp,255 SEND_STOP1: dec temp brne SEND_STOP1 ret ;------------------------------------------- WAIT_SDA_HIGH: rcall delay_6 ;cbi ddra,pinIO6 ;SDA= "1" cbi ddra,pinIO7 ;SCL= "1" rcall delay_6 ;cbi ddra,pinIO6 ;SDA= "1" rcall delay_6 cbr fl3,f_ack sbis pina,pinIO6 sbr fl3,f_ack rcall delay_6 sbi ddra,pinIO7 ;SCL= "0" rcall delay_6 WAIT_SDA_HIGH1: ret ;------------------------------------- SEND_BYTE: cli ;push counter sts ram_temp1,counter ldi counter,8 ;counter ; cbi ddrc,sda_pin ;?????????? "1" SB_LOOP: rol temp cbi ddra,pinIO6 ;SDA= "1" brcs SB_LOOP2 sbi ddra,pinIO6 ;SDA= "0" SB_LOOP2: rcall delay_6 rcall delay_6 cbi ddra,pinIO7 ;SCL= "1" rcall delay_6 rcall delay_6 sbi ddra,pinIO7 ;SCL= "0" ;rcall delay_6 dec counter brne sb_loop cbi ddra,pinIO6 ;SDA= "1" rcall delay_6 rcall wait_sda_high rcall delay_6 ;cbi ddra,pinIO6 ;sbi ddra,pinIO7 ;SCL= "0" rcall delay_6 SEND_BYTE_1: lds counter,ram_temp1 ;pop counter sei ret ;------------------------------------ ;------------------------------------- DELAY_6: ldi temp1,100 ;25 DELAY_6L: dec temp1 brne DELAY_6L ret ;-------------------------------------- prepare_buf: ldi zl,low(2*prof1_data) ldi zh,high(2*prof1_data) mov temp,temp3 dec temp breq prepare_buf3 prepare_buf2: adiw zl,18 dec temp brne prepare_buf2 prepare_buf3: call kbr_brd_set ret ; ldi temp,100 ; mov temp6,temp ;--------------------------------------------------- send_IR_test: lds temp,key_mode1 sbrc temp,1 ;1-не проверять ИК rjmp send_IR_test3 cbi DDRD,LED_OUT3 ;AS INPUT cbi portD,LED_OUT3 ;pullup resistor disable ldi temp,100 mov temp6,temp send_IR_test5: ldi temp1,100 ;передать импульсы send_IR_test0: IR_LED_OFF rcall wait_ft0 TEST0_IR_IN rjmp send_IR_test1 sec ldi temp,2 mov err_ind,temp ;ошибка - замыкание вывода на "землю" rjmp send_IR_test_ret send_IR_test1: rcall tr_string rcall tr_string000 subi counter,40 brcc send_IR_test2 dec temp6 brne send_IR_test5 send_IR_test4: sec ldi temp,3 mov err_ind,temp ;ошибка - нет сигнала с ИК приемника rjmp send_IR_test_ret send_IR_test2: ;dec temp1 ;brne send_IR_test0 send_IR_test3: clc send_IR_test_ret: ; cbi DDRD,0 ret ;--------------------------------------- tr_string: cli ;ldi temp,0 ;out tccr0b,temp ldi counter,0 tr_string1: ldi temp5,100 tr_IRbit1_1: IR_LED_ON ;зажечь IR LED ldi temp,10 tr_IRbit1_2: dec temp brne tr_IRbit1_2 IR_LED_OFF ;погасить IR LED ldi temp,56 tr_IRbit1_3: dec temp brne tr_IRbit1_3 nop ; nop ; TEST1_IR_IN sbis pind,LED_OUT3 inc counter dec temp5 brne tr_IRbit1_1 ; ldi temp,0b00000101 ;разрешить работу счетчика TC0, к=1024 ; out tccr0b,temp ; sei ret ;--------------------------------------- tr_string000: IR_LED_OFF tr_string0001: ldi temp5,10 tr_string0002: ldi temp,0 ;погасить IR LED tr_string0003: dec temp brne tr_string0003 dec temp5 brne tr_string0002 ret ;--------------------------------------- SelectKeyAdc: lds temp,key_mode1 sbrs temp,0 rjmp SelectKeyAdc_1 rcall METadc6 rjmp SelectKeyAdc_ret SelectKeyAdc_1: rcall METadc0 SelectKeyAdc_ret: ret ;-------------------------------------- test_kbr_key: ;ret lds temp,key_mode1 sbrs temp,6 ;1-add delay rjmp test_kbr_key_01 ldi temp,30 test_kbr_key_02: rcall wait_ft0 dec temp brne test_kbr_key_02 test_kbr_key_01: cbr fl1,f_overpress lds fl4,key_set cpi fl4,0xFF brne test_kbr_key_s2 clc rjmp test_kbr_key_ret test_kbr_key_s2: rcall wait_ft0 lds temp,key_mode1 sbrs temp,5 ; rjmp test_kbr_key_s20 lds temp,buf4094_pinIO cbr temp,f_pinIO0 sts buf4094_pinIO,temp call control_outs test_kbr_key_s20: rcall SelectKeyAdc ; lds temp,key_mode1 ; sbrs temp,0 ; rjmp test_kbr_key_s22 ; ; rcall METadc6 ; rjmp test_kbr_key_s21 ; ;test_kbr_key_s22: ; rcall METadc0 ;IN1 as input for serial keys ;test_kbr_key_s21: subi temp,5 mov default_key_data,temp ; cpi temp3,6 ; brne test_kbr_key_s1 ; rjmp test_samJ_cable test_kbr_key_s1: ; lds temp,key_mode1 ; sbrs temp,0 ; rjmp test_kbr_key099 ; sbr fl2,f_key_par ;проверка параллельных кнопок ; ;--- проверка параллельных кнопок на замыкание между собой ; sbrs temp,3 ; rjmp test_kbr_key_s2 test_kbr_key099: ldi temp,150 ;100 ;10 сек на все нажатия, ограничитель продолжительности тестирования rcall RES_TOUT ; ; ldi counter,0 ;ограничитель продолжительности тестирования test_kbr_key9: sbrc fl1,fp_overpress rjmp test_err_key_ret ldi temp2,1 ;счетчик продолжительности нажатия кнопки test_kbr_key0: rcall wait_ft0 ; dec counter ; brne test_kbr_key01 sbrs fl3,fp_tout rjmp test_kbr_key01 test_err_key1: sbrc fl4,0 rjmp test_err_key2 test_err_key11: ldi temp,err_key1 mov err_ind,temp rjmp test_err_key_ret test_err_key2: sbrc fl4,1 rjmp test_err_key3 test_err_key21: ldi temp,err_key2 mov err_ind,temp rjmp test_err_key_ret test_err_key3: sbrc fl4,2 rjmp test_err_key4 test_err_key31: ldi temp,err_key3 mov err_ind,temp rjmp test_err_key_ret test_err_key4: sbrc fl4,3 rjmp test_err_key5 test_err_key41: ldi temp,err_key4 mov err_ind,temp rjmp test_err_key_ret test_err_key5: sbrc fl4,4 rjmp test_err_key6 test_err_key51: ldi temp,err_key5 mov err_ind,temp rjmp test_err_key_ret test_err_key6: sbrc fl4,5 rjmp test_err_key7 test_err_key61: ldi temp,err_key6 mov err_ind,temp rjmp test_err_key_ret test_err_key7: sbrc fl4,6 rjmp test_err_key8 test_err_key71: ldi temp,err_key7 mov err_ind,temp rjmp test_err_key_ret test_err_key8: sbrc fl4,7 rjmp test_err_key9 test_err_key81: ldi temp,err_key8 mov err_ind,temp rjmp test_err_key_ret test_err_key9: ldi temp,err_kbr_timeout ;ошибка - нажаты не все кнопки mov err_ind,temp test_err_key_ret: sec rjmp test_kbr_key_ret test_kbr_key01: cpi fl4,0xFF brne test_kbr_key02 ; clc ; rjmp test_kbr_key_ret ;все кнопки нажаты - выход test_kbr_key011: rcall wait_ft0 rcall SelectKeyAdc ; rcall METadc0 ;IN1 as input for serial keys dec counter brne test_kbr_key012 sec ldi temp,err_kbr_no_open ;ошибка - не все кнопки отжаты mov err_ind,temp rjmp test_kbr_key_ret test_kbr_key012: ;mov temp1,default_key_data ;sub temp,temp1 ;brcs test_kbr_key011 clc rjmp test_kbr_key_ret ;все кнопки нажаты - выход test_kbr_key02: ; sbrc fl2,fp_key_par ; rjmp test_parkbr_key1 lds temp,key_mode1 sbrs temp,3 rjmp test_kbr_key003 rcall METadc1 rjmp test_kbr_key002 test_kbr_key003: ;rcall METadc0 rcall SelectKeyAdc test_kbr_key002: mov temp7,temp ;------------------- KEY 1 ----------------- test_kbr_key1: sbrs fl1,fp_sec100ms rjmp test_kbr_key10 cbr fl1,f_sec100ms ;out udr,temp rcall tr_1byte test_kbr_key10: ;rjmp test_kbr_key02 sbrc fl4,fp_key1 rjmp test_kbr_key2 lds temp5,key1_dataH mov temp,temp5 ;rcall tr_1byte lds temp4,key1_dataL mov temp,temp4 ;rcall tr_1byte ;ldi temp,_CR ;rcall tr_1byte rcall calk_border brcs test_kbr_key12 dec temp2 breq test_kbr_key11 rjmp test_kbr_key0 test_kbr_key11: sbr fl4,f_key1 ;зафиксировать нажатие кнопки rcall wait_unpress_key sbrs fl1,fp_overpress test_kbr_key12: rjmp test_kbr_key9 ldi temp1,1 add err_ind,temp1 rjmp test_err_key_ret ;------------------- KEY 2 ----------------- test_kbr_key2: ;mov temp1,temp sbrc fl4,fp_key2 rjmp test_kbr_key3 lds temp5,key2_dataH lds temp4,key2_dataL rcall calk_border brcs test_kbr_key22 dec temp2 breq test_kbr_key21 rjmp test_kbr_key0 test_kbr_key21: sbr fl4,f_key2 ;зафиксировать нажатие кнопки rcall wait_unpress_key sbrs fl1,fp_overpress test_kbr_key22: rjmp test_kbr_key9 ldi temp1,2 add err_ind,temp1 rjmp test_err_key_ret ;------------------- KEY 3 ----------------- test_kbr_key3: ;mov temp1,temp sbrc fl4,fp_key3 rjmp test_kbr_key4 lds temp5,key3_dataH lds temp4,key3_dataL rcall calk_border brcs test_kbr_key32 dec temp2 breq test_kbr_key31 rjmp test_kbr_key0 test_kbr_key31: sbr fl4,f_key3 ;зафиксировать нажатие кнопки rcall wait_unpress_key sbrs fl1,fp_overpress test_kbr_key32: rjmp test_kbr_key9 ldi temp1,3 add err_ind,temp1 rjmp test_err_key_ret ;------------------- KEY 4 ----------------- test_kbr_key4: ;mov temp1,temp sbrc fl4,fp_key4 rjmp test_kbr_key5 lds temp5,key4_dataH lds temp4,key4_dataL rcall calk_border brcs test_kbr_key42 dec temp2 breq test_kbr_key41 rjmp test_kbr_key0 test_kbr_key41: sbr fl4,f_key4 ;зафиксировать нажатие кнопки rcall wait_unpress_key sbrs fl1,fp_overpress test_kbr_key42: rjmp test_kbr_key9 ldi temp1,4 add err_ind,temp1 rjmp test_err_key_ret ;------------------- KEY 5 ----------------- test_kbr_key5: ;mov temp1,temp sbrc fl4,fp_key5 rjmp test_kbr_key6 lds temp5,key5_dataH lds temp4,key5_dataL rcall calk_border brcs test_kbr_key52 dec temp2 breq test_kbr_key51 rjmp test_kbr_key0 test_kbr_key51: sbr fl4,f_key5 ;зафиксировать нажатие кнопки rcall wait_unpress_key sbrs fl1,fp_overpress test_kbr_key52: rjmp test_kbr_key9 ldi temp1,5 add err_ind,temp1 rjmp test_err_key_ret ;------------------- KEY 6 ----------------- test_kbr_key6: ;mov temp1,temp sbrc fl4,fp_key6 rjmp test_kbr_key7 lds temp5,key6_dataH lds temp4,key6_dataL rcall calk_border brcs test_kbr_key62 dec temp2 breq test_kbr_key61 rjmp test_kbr_key0 test_kbr_key61: sbr fl4,f_key6 ;зафиксировать нажатие кнопки rcall wait_unpress_key sbrs fl1,fp_overpress test_kbr_key62: rjmp test_kbr_key9 ldi temp1,6 add err_ind,temp1 rjmp test_err_key_ret ;------------------- KEY 7 ----------------- test_kbr_key7: ;mov temp1,temp sbrc fl4,fp_key7 rjmp test_kbr_key8 lds temp5,key7_dataH lds temp4,key7_dataL rcall calk_border brcs test_kbr_key72 dec temp2 breq test_kbr_key71 rjmp test_kbr_key0 test_kbr_key71: sbr fl4,f_key7 ;зафиксировать нажатие кнопки rcall wait_unpress_key sbrs fl1,fp_overpress test_kbr_key72: rjmp test_kbr_key9 ldi temp1,7 add err_ind,temp1 rjmp test_err_key_ret ;------------------- KEY 8 ----------------- test_kbr_key8: ;mov temp1,temp sbrc fl4,fp_key8 rjmp test_kbr_key0 lds temp5,key8_dataH lds temp4,key8_dataL rcall calk_border brcs test_kbr_key82 dec temp2 breq test_kbr_key81 rjmp test_kbr_key0 test_kbr_key81: sbr fl4,f_key8 ;зафиксировать нажатие кнопки rcall wait_unpress_key sbrs fl1,fp_overpress test_kbr_key82: rjmp test_kbr_key9 ldi temp1,8 add err_ind,temp1 rjmp test_err_key_ret test_kbr_key_ret: ret ;---------------------------------------- calk_border: mov temp1,temp7 ; mov temp,temp1 ; rcall tr_1byte sub temp1,temp5 brcc calk_border1 mov temp1,temp7 sub temp1,temp4 brcc calk_border_ret calk_border1: sec calk_border_ret: ret ;------------------------------------- wait_unpress_key: rcall short_beep clc ret ldi temp1,200 wait_unpress_key1: dec temp1 brne wait_unpress_key2 sbr fl1,f_overpress ldi temp,err_S_key_base mov err_ind,temp rjmp wait_unpress_key_ret wait_unpress_key2: ;rcall METadc0 rcall SelectKeyAdc mov temp4,temp sub temp,default_key_data brcc wait_unpress_key_ret rcall wait_ft0 sbrs fl1,fp_sec100ms rjmp wait_unpress_key1 cbr fl1,f_sec100ms out udr,temp4 rjmp wait_unpress_key1 wait_unpress_key_ret: ret ;------------------------------------------ test_led: lds temp,key_mode1 sbrc temp,2 ;1-не проверять LED rjmp test_led_ret test_led3: cpi temp3,3 brne test_led4 rjmp test_led19_000 ;----------------------------------- test_led4: cpi temp3,4 breq test_led4_1 rjmp test_led5 test_led4_1: rcall wait_ft0 rcall METadc1 ;проверка на замыкание проводов subi temp,2 mov temp7,temp out udr,temp ldi temp,0x8A ; mov temp5,temp ldi temp,0x80 ; mov temp4,temp rcall calk_border brcc test_led4_2 ldi temp,0x41 mov err_ind,temp rjmp test_led_ret test_led4_2: rcall wait_ft0 rcall METadc2 ;проверка на то что 3,5мм jack не вставлен out udr,temp subi temp,0xF0 brcc test_led4_3 ldi temp,0x42 mov err_ind,temp rjmp test_led_ret test_led4_3: rcall short_beep ldi temp,255 ;3sec mov temp8,temp test_led4_31: dec temp8 brne test_led4_32 ldi temp,0x43 mov err_ind,temp rjmp test_led_ret test_led4_32: rcall wait_ft0 rcall METadc2 ; out udr,temp subi temp,0x05 brcc test_led4_31 ;проверка на то что 3,5мм jack вставлен ldi temp,20 test_led4_33: rcall wait_ft0 dec temp brne test_led4_33 rcall wait_ft0 rcall METadc3 ; ;subi temp,2 mov temp7,temp out udr,temp ldi temp,0x3A ;проверка левого канала mov temp5,temp ldi temp,0x30 ; mov temp4,temp rcall calk_border brcc test_led4_4 ldi temp,0x44 mov err_ind,temp rjmp test_led_ret test_led4_4: rcall wait_ft0 rcall METadc4 ; ;subi temp,2 mov temp7,temp out udr,temp ldi temp,0x1B ;;проверка правого канала mov temp5,temp ldi temp,0x10 ; mov temp4,temp rcall calk_border brcc test_led4_5 ldi temp,0x44 mov err_ind,temp rjmp test_led_ret test_led4_5: rjmp test_led_ret ;----------------------------------- test_led5: cpi temp3,5 brne test_led6 rjmp test_led19_000 ;----------------------------------- test_led6: cpi temp3,6 brne test_led7 rjmp test_led19_000 ;----------------------------------- test_led7: cpi temp3,7 brne test_led10 rjmp test_led19_000 ;----------------------------------- test_led10: cpi temp3,10 brne test_led11 rjmp test_led19_000 ;----------------------------------- test_led11: cpi temp3,11 breq test_led11_0 rjmp test_led12 test_led11_0: ;PINpower12v - IO5 ;PINadj - IO6 ;PINblon - IO7 ;output CN2 - IO1 ;output CN4 - IO2 ;output CN5 - IO3 ;output CN3 - IO4 rcall wait_ft0 rcall wait_ft0 rcall wait_ft0 rcall METadc4 ;test PINpower12v subi temp,2 mov temp7,temp out udr,temp ;rjmp test_led11_1 ;!!!!!! ldi temp,0xFF ;0xD5 mov temp5,temp ldi temp,0xA0 ;0xCE mov temp4,temp rcall calk_border brcc test_led11_1 ldi temp,0x41 mov err_ind,temp rjmp test_led11_ret test_led11_1: rcall wait_ft0 rcall METadc5 ;test PINadj subi temp,1 mov temp7,temp out udr,temp ;rjmp test_led11_2 ;!!!!!! ldi temp,0xE0 ;0xD0 mov temp5,temp ldi temp,0xC0 ;0xC8 mov temp4,temp rcall calk_border brcc test_led11_2 ldi temp,0x42 mov err_ind,temp rjmp test_led11_ret test_led11_2: rcall wait_ft0 rcall METadc6 ;test PINblon mov temp7,temp out udr,temp ;rjmp test_led11_3 ;!!!!!! ldi temp,0xEA ;0xA7 mov temp5,temp ldi temp,0xA0 ;0x9E mov temp4,temp rcall calk_border brcc test_led11_3 ldi temp,0x43 mov err_ind,temp rjmp test_led11_ret test_led11_3: call invertor_ON rcall METadc0 mov temp7,temp out udr,temp ;rjmp test_led11_5 ;!!!!! ldi temp,0x03 mov temp5,temp ldi temp,0x00 mov temp4,temp rcall calk_border brcc test_led11_5 ldi temp,0x44 mov err_ind,temp rjmp test_led11_ret test_led11_5: rcall wait_ft0 rcall METadc1 mov temp7,temp out udr,temp ;rjmp test_led11_6 ;!!!!! ldi temp,0x03 mov temp5,temp ldi temp,0x00 mov temp4,temp rcall calk_border brcc test_led11_6 ldi temp,0x45 mov err_ind,temp rjmp test_led11_ret test_led11_6: rcall wait_ft0 rcall METadc2 mov temp7,temp out udr,temp ;rjmp test_led11_7 ;!!!!! ldi temp,0x24 mov temp5,temp ldi temp,0x18 mov temp4,temp rcall calk_border brcc test_led11_7 ldi temp,0x46 mov err_ind,temp rjmp test_led11_ret test_led11_7: rcall wait_ft0 rcall METadc3 mov temp7,temp out udr,temp ;rjmp test_led11_8 ;!!!!! ldi temp,0x24 mov temp5,temp ldi temp,0x18 mov temp4,temp rcall calk_border brcc test_led11_8 ldi temp,0x47 mov err_ind,temp rjmp test_led11_ret test_led11_8: ; rcall METadc0 ; out udr,temp ; ; ; rcall wait_ft0 ; rcall METadc1 ; out udr,temp ; ; rcall wait_ft0 ; rcall METadc2 ; out udr,temp ; ; rcall wait_ft0 ; rcall METadc3 ; out udr,temp test_led11_ret: call prep_IO11_1 rjmp test_led_ret ;----------------------------------- test_led12: cpi temp3,12 breq test_led12_0 rjmp test_led13 test_led12_0: rcall wait_ft0 rcall wait_ft0 rcall wait_ft0 rcall METadc4 ;test PINpower12v dec temp mov temp7,temp out udr,temp ldi temp,0xff mov temp5,temp ldi temp,0xA0 mov temp4,temp rcall calk_border brcc test_led12_1 ldi temp,0x41 mov err_ind,temp rjmp test_led12_ret test_led12_1: rcall wait_ft0 rcall METadc5 ;test PINadj dec temp mov temp7,temp out udr,temp ldi temp,0xFF mov temp5,temp ldi temp,0xC0 mov temp4,temp rcall calk_border brcc test_led12_2 ldi temp,0x42 mov err_ind,temp rjmp test_led12_ret test_led12_2: rcall wait_ft0 rcall METadc6 ;test PINblon mov temp7,temp out udr,temp ldi temp,0xFA ;0xEA mov temp5,temp ldi temp,0xA0 ;0xDA mov temp4,temp rcall calk_border brcc test_led12_3 ldi temp,0x43 mov err_ind,temp rjmp test_led12_ret test_led12_3: call invertor_ON rcall wait_ft0 sbrs fl2,fp_tempF1 rjmp test_led12_31 rcall METadc3 rjmp test_led12_32 test_led12_31: rcall METadc2 test_led12_32: mov temp7,temp out udr,temp sbrs fl2,fp_tempF2 rjmp test_led12_33 ldi temp,0x76 mov temp5,temp ldi temp,0x60 mov temp4,temp rjmp test_led12_34 test_led12_33: ldi temp,0x67 ;0x67 mov temp5,temp ldi temp,0x4A ;0x5B mov temp4,temp test_led12_34: rcall calk_border brcc test_led12_4 ldi temp,0x44 mov err_ind,temp rjmp test_led12_ret test_led12_4: sbrc fl2,fp_tempF2 rjmp test_led12_ret rcall wait_ft0 sbrs fl2,fp_tempF1 rjmp test_led12_41 rcall METadc2 rjmp test_led12_42 test_led12_41: rcall METadc3 test_led12_42: mov temp7,temp out udr,temp ldi temp,0x42 mov temp5,temp ldi temp,0x2A mov temp4,temp rcall calk_border brcc test_led12_5 ldi temp,0x45 mov err_ind,temp rjmp test_led12_ret test_led12_5: test_led12_ret: rjmp test_led11_ret ;------------------------------------------- test_led13: cpi temp3,13 brne test_led16 ; rjmp test_led13_2 ldi zl,low(2*prof13_1_data) ldi zh,high(2*prof13_1_data) rcall kbr_brd_set rcall test_kbr_key brcc test_led13_2 ldi temp,0x40 add err_ind,temp rjmp test_led13_ret test_led13_2: LED_OUT2_OFF ;красный ldi temp,10 rcall time_delay LED_OUT2_ON ldi temp1,5 test_led13_1: LED_OUT1_OFF ;зеленый ldi temp,1 rcall time_delay LED_OUT1_ON ldi temp,1 rcall time_delay dec temp1 brne test_led13_1 test_led13_ret: call prep_IO13_1 rjmp test_led_ret ;------------------------------------------- test_led16: cpi temp3,16 brne test_led17 rcall Flash_led_OK rjmp test_led_ret ;------------------------------------------- test_led17: cpi temp3,17 brne test_led18 rcall Flash_led_OA rjmp test_led_ret ;------------------------------------------- test_led18: cpi temp3,18 brne test_led19 rcall Flash_led_OA rjmp test_led_ret ;------------------------------------------- test_led19: cpi temp3,19 breq test_led19_000 rjmp test_led20 test_led19_000: lds temp,buf4094_pinIO cbr temp,f_pinIO1 sts buf4094_pinIO,temp call control_outs ldi temp,1 rcall time_delay rcall METadc1 out udr,temp subi temp,0x15 brcc test_led19_03 test_led19_01: ldi temp,0xFF sts buf4094_pinIO,temp call control_outs ldi temp,1 rcall time_delay rcall METadc1 out udr,temp subi temp,0xF0 brcc test_led19_02 test_led19_03: ldi temp,0x07 ;Error - провод KEY замкнут на соседние провода rjmp test_led19_ret test_led19_02: ldi temp,1 rcall time_delay sbrs fl2,fp_tempF1 rjmp test_led19_021 sbrc fl2,fp_tempF2 rjmp test_led19_023 ldi temp,0x35. mov temp6,temp ldi temp,0x30 mov temp7,temp rjmp test_led19_022 test_led19_023: ldi temp,0x5A. mov temp6,temp ldi temp,0x53 mov temp7,temp rjmp test_led19_022 test_led19_021: ldi temp,0xA0 mov temp6,temp ldi temp,0x90 mov temp7,temp test_led19_022: rcall METadc2 ;TEST LIGHT SENSOR out udr,temp sub temp,temp6 brcc test_led19_1 test_led19_0: ldi temp,0x06 ;Error - неисправен LIGHT SENSOR rjmp test_led19_ret test_led19_1: LED_OUT2_OFF ;красный ldi temp,10 rcall time_delay LED_OUT2_ON ldi temp1,5 test_led19_2: LED_OUT1_OFF ;зеленый ldi temp,1 rcall time_delay LED_OUT1_ON ldi temp,1 rcall time_delay dec temp1 brne test_led19_2 ldi counter,40 test_led19_3: ;test LIGHT SENSOR ldi temp2,3 test_led19_4: ldi temp,1 rcall time_delay LED_OUT2_OFF LED_OUT1_ON ldi temp,1 rcall time_delay LED_OUT2_ON LED_OUT1_OFF dec counter breq test_led19_0 rcall METadc2 out udr,temp sub temp,temp7 brcc test_led19_3 dec temp2 brne test_led19_4 ldi temp,0 test_led19_ret: LED_OUT1_OFF LED_OUT2_ON rjmp test_led_ret1 ;------------------------------------ test_led20: cpi temp3,20 brne test_led21 ; ldi temp,2 ; rcall time_delay ; ; rcall METadc3 ; out udr,temp ; mov temp7,temp ; ; ldi temp,0xC7 ; mov temp5,temp ; ldi temp,0xBB ; mov temp4,temp ; rcall calk_border ; brcc test_led20_1 ;test_led20_2: ; ldi temp,0x05 ; mov err_ind,temp ; rjmp test_led20_ret ;test_led20_1: ; ldi temp,0xFF ; cbr temp,f_pinIO3 ; sts buf4094_pinIO,temp ; call control_outs ; ; ldi temp,2 ; rcall time_delay ; ; ; rcall METadc3 ; out udr,temp ; mov temp7,temp ; ; ldi temp,0x6B ; mov temp5,temp ; ldi temp,0x60 ; mov temp4,temp ; rcall calk_border ; brcs test_led20_2 ; ;test_led20_ret: ; ldi temp,0xFF ; sts buf4094_pinIO,temp ; call control_outs rjmp test_led_ret ;------------------------------------ test_led21: cpi temp3,21 brne test_led22 rcall Flash_led_OK rjmp test_led_ret ;------------------------ test_led22: cpi temp3,22 brne test_led24 rcall Flash_led_OK rjmp test_led_ret ;test_led22_1: ; LED_OUT2_ON ;красный горит ; ldi temp,10 ; rcall time_delay ; ; LED_OUT2_OFF ; ; ldi temp1,5 ;test_led22_2: ; LED_OUT1_ON ;зеленый вспыхивает ; ; ldi temp,1 ; rcall time_delay ; LED_OUT1_OFF ; ; ldi temp,1 ; rcall time_delay ; ; dec temp1 ; brne test_led22_2 ; ; ; ;test_led22_3: LED_OUT1_ON ; LED_OUT2_ON ; ; ; ldi temp,15 ; rcall time_delay ; ; ; rcall METadc2 ;TEST LIGHT SENSOR ; out udr,temp ; ; mov temp1,temp ; ; ; ; clc ; subi temp,0x20 ; brcc test_led22_4 ;test_led22_0: ; ldi temp,0x06 ;Error - неисправен LIGHT SENSOR ; mov err_ind,temp ; rjmp test_led22_ret ; ; ;test_led22_4: ; ; ;test_led22_5: LED_OUT2_OFF ; ; ldi temp2,40 ; ;test_led22_6: dec temp2 ; breq test_led22_0 ; ; ldi temp,1 ; rcall time_delay ; ; rcall METadc2 ; ; subi temp,10 ; brcc test_led22_6 ; ; ; ;test_led22_ret: LED_OUT1_OFF ; LED_OUT2_OFF ; rjmp test_led_ret ;------------------------ test_led24: cpi temp3,24 brne test_led25 ; ldi temp,15 ; rcall time_delay ; ; rcall METadc2 ;TEST LIGHT SENSOR ; out udr,temp ; ; clc ; subi temp,0xA0 ; brcc test_led24_4 ;test_led24_0: ; ldi temp,0x06 ;Error - неисправен LIGHT SENSOR ; mov err_ind,temp ; rjmp test_led24_ret ; ; ;test_led24_4: ; ; ldi temp,10 ;test_led24_5: ; rcall wait_ft0 ; dec temp ; brne test_led24_5 ; ; rcall short_beep ; ; ; ldi temp2,40 ; ;test_led24_6: dec temp2 ; breq test_led24_0 ; ; ldi temp,1 ; rcall time_delay ; ; rcall METadc2 ; ; subi temp,0x50 ; brcc test_led24_6 ; ; ; ;test_led24_ret: rjmp test_led_ret ;------------------------ test_led25: cpi temp3,25 brne test_led27 ; LED_OUT2_ON ;красный горит ; ldi temp,10 ; rcall time_delay ; ; LED_OUT2_OFF ; ; ldi temp1,5 ;test_led25_2: ; LED_OUT1_ON ;зеленый вспыхивает ; ; ldi temp,1 ; rcall time_delay ; LED_OUT1_OFF ; ; ldi temp,1 ; rcall time_delay ; ; dec temp1 ; brne test_led25_2 ; ; ; ldi temp1,5 ;test_led25_4: ; ldi temp,0x00 ; sbr temp,f_pinIO4 ; sts buf4094_pinIO,temp ; call control_outs ; ; ldi temp,1 ; rcall time_delay ; ; ldi temp,0x00 ; sts buf4094_pinIO,temp ; call control_outs ; ; ldi temp,1 ; rcall time_delay ; ; dec temp1 ; brne test_led25_4 ; ; ; ; ldi temp,0x00 ; sbr temp,f_pinIO5 ; sts buf4094_pinIO,temp ; call control_outs ; ; ; ldi temp,10 ; rcall time_delay ; ; ; ldi temp1,5 ;test_led25_3: ; ldi temp,0x00 ; sbr temp,f_pinIO6 ; sts buf4094_pinIO,temp ; call control_outs ; ; ldi temp,1 ; rcall time_delay ; ; ldi temp,0x00 ; sts buf4094_pinIO,temp ; call control_outs ; ; ldi temp,1 ; rcall time_delay ; ; dec temp1 ; brne test_led25_3 ; ; ; call prep_IO25_1 rjmp test_led_ret ;------------------------ ;test_led26: ; cpi temp3,26 ; brne test_led27 ; rjmp test_led_ret ;------------------------ test_led27: cpi temp3,27 breq test_led27_0 rjmp test_led30 test_led27_0: rcall METadc1 ldi temp,5 rcall time_delay rcall METadc1 test_led27_1: rcall METadc1 mov temp7,temp lds temp5,key1_dataH lds temp4,key1_dataL rcall calk_border brcc test_led27_2 ldi temp,0x11 ;Error - mov err_ind,temp rjmp test_led27_ret test_led27_2: rcall METadc2 mov temp7,temp lds temp5,key2_dataH lds temp4,key2_dataL rcall calk_border brcc test_led27_3 ldi temp,0x12 ;Error - mov err_ind,temp rjmp test_led27_ret test_led27_3: rcall METadc3 mov temp7,temp lds temp5,key3_dataH lds temp4,key3_dataL rcall calk_border brcc test_led27_4 ldi temp,0x13 ;Error - mov err_ind,temp rjmp test_led27_ret test_led27_4: rcall METadc4 mov temp7,temp lds temp5,key4_dataH lds temp4,key4_dataL rcall calk_border brcc test_led27_5 ldi temp,0x14 ;Error - mov err_ind,temp rjmp test_led27_ret test_led27_5: rcall METadc5 mov temp7,temp lds temp5,key5_dataH lds temp4,key5_dataL rcall calk_border brcc test_led27_6 ldi temp,0x15 ;Error - mov err_ind,temp rjmp test_led27_ret test_led27_6: rcall METadc6 dec temp dec temp mov temp7,temp lds temp5,key6_dataH lds temp4,key6_dataL rcall calk_border brcc test_led27_7 ldi temp,0x16 ;Error - mov err_ind,temp rjmp test_led27_ret test_led27_7: test_led27_ret: rjmp test_led_ret ;------------------------ test_led30: cpi temp3,30 breq test_led30_01 rjmp test_led31 test_led30_01: cbi porta,pinIO5 ldi temp,0b00000000 ;Display mode setting commands - 6 digits 16 segments rcall SER_OUT ; ldi temp,0b00000100 ;Display mode setting commands - 6 digits 16 segments ; rcall SER_OUT sbi porta,pinIO5 rcall delay_50us ;cbi porta,pinIO5 sbi porta,pinIO5 rcall delay_50us ;---------- горят все сегменты ------ rcall fill_BUF rcall tr_data2VFD_0 ldi temp,5 rcall time_delay ldi temp,0b11111010 ;0 rcall trDIG2VFDcontr ldi temp,0b10000010 ;1 rcall trDIG2VFDcontr ldi temp,0b10111001 ;2 rcall trDIG2VFDcontr ldi temp,0b10101011 ;3 rcall trDIG2VFDcontr ldi temp,0b11000011 ;4 rcall trDIG2VFDcontr ldi temp,0b01101011 ;5 rcall trDIG2VFDcontr ldi temp,0b01111011 ;6 rcall trDIG2VFDcontr ldi temp,0b10100010 ;7 rcall trDIG2VFDcontr ldi temp,0b11111011 ;8 rcall trDIG2VFDcontr ldi temp,0b11101011 ;9 rcall trDIG2VFDcontr call short_beep call wait_ft0 call wait_ft0 call short_beep ldi fl4,0b11111000 ldi temp5,50 test_led30_1: cpi fl4,0xFF breq test_led30_ret call wait_ft0 call wait_ft0 call wait_ft0 rcall RD_VFD_KBR_DATA lds temp1,dd1 sbrc fl4,0 rjmp test_led30_2 ; cpi temp1,0x44 ;0x44 ; brne test_led30_2 sbrs temp1,6 rjmp test_led30_2 sbr fl4,0b00000001 rjmp test_led30_5 test_led30_2: sbrc fl4,1 rjmp test_led30_3 ; cpi temp1,0x88 ;0x88 ; brne test_led30_3 sbrs temp1,7 rjmp test_led30_3 sbr fl4,0b00000010 rjmp test_led30_5 test_led30_3: sbrc fl4,2 rjmp test_led30_4 ; cpi temp1,0x08 ;0x88 ; brne test_led30_4 sbrs temp1,3 rjmp test_led30_4 sbr fl4,0b00000100 ; rjmp test_led30_4 test_led30_5: call short_beep test_led30_4: dec temp5 brne test_led30_1 call test_err_key1 rjmp test_led30_ret1 test_led30_ret: ;---------- LED горит --------------- cbi porta,pinIO5 ldi temp,0b01000001 ;Data setting commands - Write data to LED port rcall SER_OUT ldi temp,0b00001000 ;зеленый LED горит rcall SER_OUT sbi porta,pinIO5 ldi temp,5 rcall time_delay ;---------- LED выключить --------------- ldi temp,6 mov temp7,temp test_led30_41: ldi temp,1 rcall time_delay cbi porta,pinIO5 ldi temp,0b01000001 ;Data setting commands - Write data to LED port rcall SER_OUT ldi temp,0b00000100 ;LED не горит rcall SER_OUT sbi porta,pinIO5 ldi temp,1 rcall time_delay cbi porta,pinIO5 ldi temp,0b01000001 ;Data setting commands - Write data to LED port rcall SER_OUT ldi temp,0b00001100 ;LED не горит rcall SER_OUT sbi porta,pinIO5 dec temp7 brne test_led30_41 test_led30_ret1: rjmp test_led_ret ;------------------------ test_led31: cpi temp3,31 breq test_led31_0 rjmp test_led32 test_led31_0: LED_OUT1_OFF ldi temp,5 rcall time_delay ;---------- горят все сегменты ------ rcall fill_BUF rcall tr_data2VFD ;---------- LED горит --------------- cbi porta,pinIO5 ldi temp,0b01000001 ;Data setting commands - Write data to LED port rcall SER_OUT ldi temp,0b00000000 ;LED горит rcall SER_OUT sbi porta,pinIO5 ldi temp,5 rcall time_delay ;---------- LED выключить --------------- cbi porta,pinIO5 ldi temp,0b01000001 ;Data setting commands - Write data to LED port rcall SER_OUT ldi temp,0b00001000 ;LED не горит rcall SER_OUT sbi porta,pinIO5 ldi temp,15 rcall time_delay rcall INIT_BUF ldi yl,low(VFD_BUFFER) ldi yh,high(VFD_BUFFER) ldi zl,low(2*code_dig0) ldi zh,high(2*code_dig0) rcall shift_data2buf_31 rcall tr_data2VFD ldi fl4,0b10000000 ldi temp5,50 test_led31_1: cpi fl4,0xFF breq test_led31_ret rcall wait_ft0 rcall wait_ft0 rcall wait_ft0 rcall RD_VFD_KBR_DATA rcall shift_data2buf rcall tr_data2VFD dec temp5 brne test_led31_1 ;ldi temp,7 ;mov err_ind,temp call test_err_key1 rjmp test_led31_ret1 test_led31_ret: ldi temp,3 rcall time_delay test_led31_ret1: LED_OUT1_ON rjmp test_led_ret ;------------------------ ;------------------------ test_led32: cpi temp3,32 brne test_led33 ldi temp5,5 test_led32_2: ldi temp,0b11111111 rcall SER_OUT ldi temp,1 rcall time_delay ldi temp,0b11111110 rcall SER_OUT ldi temp,1 rcall time_delay dec temp5 brne test_led32_2 ; ldi temp5,5 test_led32_1: sbi porta,pinIO4 sbi porta,pinIO2 rcall change_led_data sbi porta,pinIO3 sbi porta,pinIO5 rcall change_led_data rcall wait_ft0 call short_beep rcall wait_ft0 rcall wait_ft0 call short_beep ldi temp5,30 ldi fl4,0b11111000 test_led32_3: sbrc fl4,0 rjmp test_led32_31 ldi temp,0b00000001 rcall SER_OUT sbis pina,pinIO1 rjmp test_led32_31 sbr fl4,0b00000001 rjmp test_led32_33 test_led32_31: sbrc fl4,1 rjmp test_led32_32 ldi temp,0b00000010 rcall SER_OUT sbis pina,pinIO1 rjmp test_led32_32 sbr fl4,0b00000010 rjmp test_led32_33 test_led32_32: sbrc fl4,2 rjmp test_led32_34 ldi temp,0b00000100 rcall SER_OUT sbis pina,pinIO1 rjmp test_led32_34 sbr fl4,0b00000100 test_led32_33: call short_beep cpi fl4,0xFF breq test_led32_ret test_led32_34: ldi temp,1 rcall time_delay dec temp5 brne test_led32_3 call test_err_key1 test_led32_ret: rcall prep_IO32_1 rjmp test_led_ret ;------------------------ ;------------------------ test_led33: cpi temp3,33 breq test_led33_0 rjmp test_led35 test_led33_0: ;ldi temp,0b01111100 ;out porta,temp ldi temp5,5 test_led33_2: ldi temp,0b11111111 rcall SER_OUT ldi temp,1 rcall time_delay ldi temp,0b00000000 rcall SER_OUT ldi temp,1 rcall time_delay dec temp5 brne test_led33_2 sbi porta,pinIO3 sbi porta,pinIO5 rcall change_led_data sbi porta,pinIO4 sbi porta,pinIO2 rcall change_led_data ldi temp,0b01100000 out porta,temp ldi temp,1 rcall time_delay rcall METadc0 subi temp,0xE0 brcc test_led33_1 test_led33_11: ldi temp,0x07 ;ERROR одна из кнопок нажата mov err_ind,temp rjmp test_led33_ret test_led33_1: rcall wait_ft0 call short_beep ldi temp,1 rcall time_delay call short_beep ldi temp,100 mov temp6,temp ldi fl4,0b10000000 rjmp test_led33_del ;------------------------- test_led33_3: sbrc fl4,0 rjmp test_led33_31 cbi porta,pinIO5 rcall met_kbr_ser rcall test_border33_01 ; brcs test_led33_del brcs test_led33_31 sbr fl4,0b00000001 rjmp test_led33_beep test_led33_31: ldi temp,0b01111110 out porta,temp sbrc fl4,1 rjmp test_led33_32 cbi porta,pinIO4 rcall met_kbr_ser rcall test_border33_01 ; brcs test_led33_del brcs test_led33_32 sbr fl4,0b00000010 rjmp test_led33_beep test_led33_32: ldi temp,0b01111110 out porta,temp sbrc fl4,2 rjmp test_led33_33 cbi porta,pinIO4 rcall met_kbr_ser rcall test_border33_02 ; brcs test_led33_del brcs test_led33_33 sbr fl4,0b00000100 rjmp test_led33_beep test_led33_33: ldi temp,0b01111110 out porta,temp sbrc fl4,3 rjmp test_led33_34 cbi porta,pinIO3 rcall met_kbr_ser rcall test_border33_01 ; brcs test_led33_del brcs test_led33_34 sbr fl4,0b00001000 rjmp test_led33_beep test_led33_34: ldi temp,0b01111110 out porta,temp sbrc fl4,4 rjmp test_led33_35 cbi porta,pinIO2 rcall met_kbr_ser rcall test_border33_02 ; brcs test_led33_del brcs test_led33_35 sbr fl4,0b00010000 rjmp test_led33_beep test_led33_35: ldi temp,0b01111110 out porta,temp sbrc fl4,5 rjmp test_led33_36 cbi porta,pinIO2 rcall met_kbr_ser rcall test_border33_01 ; brcs test_led33_del brcs test_led33_36 sbr fl4,0b00100000 rjmp test_led33_beep test_led33_36: ldi temp,0b01111110 out porta,temp sbrc fl4,6 rjmp test_led33_del cbi porta,pinIO3 rcall met_kbr_ser rcall test_border33_02 brcs test_led33_del sbr fl4,0b01000000 rjmp test_led33_beep test_led33_beep: call short_beep cpi fl4,0xFF breq test_led33_37 test_led33_del: ldi temp,0b01111110 out porta,temp ldi temp,1 rcall time_delay test_led33_count: dec temp6 breq test_led33_count1 rjmp test_led33_3 test_led33_count1: call test_err_key1 rjmp test_led33_ret test_led33_37: rcall Flash_led_OK test_led33_ret: rcall prep_IO33_1 rjmp test_led_ret ;------------------------ ;------------------------ test_led35: cpi temp3,35 breq test_led35_04 rjmp test_led36 test_led35_04: ldi temp,2 rcall time_delay ldi zh,high(2*Globo_str1) ldi zl,low(2*Globo_str1) rcall trIICstring brcc test_led35_02 test_led35_03: ldi temp,0x07 ;ERROR mov err_ind,temp rjmp test_led35_ret test_led35_02: rcall rdIICstring ;out udr,temp rcall rdIICstring ;out udr,temp ldi temp,20 rcall time_delay ; ; ldi temp,_cr ; rcall tr_1byte ldi zh,high(2*Globo_str3) ldi zl,low(2*Globo_str3) rcall trIICstring brcs test_led35_03 rcall rdIICstring ;out udr,temp rcall rdIICstring ;out udr,temp ; ldi temp,_cr ; rcall tr_1byte ldi temp,10 rcall time_delay rcall wait_ft0 call short_beep ldi temp,1 rcall time_delay call short_beep ldi fl4,0b10000000 ldi temp,100 mov temp6,temp test_led35_0: ldi temp,1 rcall time_delay dec temp6 brne test_led35_01 test_led35_07: call test_err_key1 rjmp test_led35_ret test_led35_01: ldi zh,high(2*Globo_str2) ldi zl,low(2*Globo_str2) rcall trIICstring brcs test_led35_03 rcall rdIICstring ;out udr,temp rcall rdIICstring ;out udr,temp test_led35_key1: sbrc fl4,0 rjmp test_led35_key2 cpi temp,0x02 ;K2 brne test_led35_key_ret sbr fl4,0b00000001 rjmp test_led35_key_beep test_led35_key2: sbrc fl4,1 rjmp test_led35_key3 cpi temp,0x04 ;K5 brne test_led35_key_ret sbr fl4,0b00000010 rjmp test_led35_key_beep test_led35_key3: sbrc fl4,2 rjmp test_led35_key4 cpi temp,0x08 ;K3 brne test_led35_key_ret sbr fl4,0b00000100 rjmp test_led35_key_beep test_led35_key4: sbrc fl4,3 rjmp test_led35_key5 cpi temp,0x20 ;K1 brne test_led35_key_ret sbr fl4,0b00001000 rjmp test_led35_key_beep test_led35_key5: sbrc fl4,4 rjmp test_led35_key6 cpi temp,0x40 ;K6 brne test_led35_key_ret sbr fl4,0b00010000 rjmp test_led35_key_beep test_led35_key6: sbrc fl4,5 rjmp test_led35_key7 cpi temp,0x10 ;K4 brne test_led35_key_ret sbr fl4,0b00100000 rjmp test_led35_key_beep test_led35_key7: sbrc fl4,6 rjmp test_led35_key_ret cpi temp,0x01 ;K7 brne test_led35_key_ret sbr fl4,0b01000000 ; rjmp test_led35_key_beep test_led35_key_beep: call short_beep test_led35_key_ret: ; ldi temp,_cr ; rcall tr_1byte cpi fl4,0xFF breq test_led35_ret rjmp test_led35_0 test_led35_ret: ldi temp,2 rcall time_delay rjmp test_led_ret ;------------------------ ;------------------------ test_led36: cpi temp3,36 breq test_led36_0 rjmp test_led38 test_led36_0: ;rjmp test_led36_0 ;---------- горят все сегменты ------ rcall fill_BUF rcall tr_data2VFD ;---------- LED горит --------------- cbi porta,pinIO5 ldi temp,0b01000001 ;Data setting commands - Write data to LED port rcall SER_OUT ldi temp,0b00000000 ;LED горит rcall SER_OUT sbi porta,pinIO5 ldi temp,5 rcall time_delay ;---------- LED выключить --------------- cbi porta,pinIO5 ldi temp,0b01000001 ;Data setting commands - Write data to LED port rcall SER_OUT ldi temp,0b00001000 ;LED не горит rcall SER_OUT sbi porta,pinIO5 ldi temp,15 call time_delay rcall INIT_BUF ldi yl,low(VFD_BUFFER) ldi yh,high(VFD_BUFFER) ldi zl,low(2*code2_dig0) ldi zh,high(2*code2_dig0) rcall shift_data2buf_31 rcall tr_data2VFD ldi fl4,0b10000000 ldi temp5,70 test_led36_1: cpi fl4,0xFF breq test_led36_ret call wait_ft0 call wait_ft0 call wait_ft0 rcall RD_VFD_KBR_DATA lds temp,dd1 test_led36_00: ;rjmp test_led36_2 cpi temp,0xFF brne test_led36_2 ldi temp,7 ;нет связи с контроллером mov err_ind,temp rjmp test_led36_ret1 test_led36_2: rcall shift2_data2buf rcall tr_data2VFD ;rjmp test_led36_1 dec temp5 brne test_led36_1 ;ldi temp,7 ;mov err_ind,temp call test_err_key1 rjmp test_led36_ret1 test_led36_ret: rcall Flash_led_OK ; ldi temp,3 ; rcall time_delay test_led36_ret1: rjmp test_led_ret ;------------------------ ;------------------------ test_led38: cpi temp3,38 brne test_led40 rcall met_kbr_ser subi temp,0xA0 brcc test_led38_ret ldi temp,0x06 mov err_ind,temp test_led38_ret: rjmp test_led_ret ;------------------------ ;------------------------ test_led40: cpi temp3,40 breq test_led40_0 rjmp test_led42 test_led40_0: ldi temp,50 mov temp5,temp ldi temp,0xFF cbr temp,f_pinIO2 sts buf4094_pinIO,temp call control_outs test_led40_1: ldi temp,1 call time_delay dec temp5 brne test_led40_11 ldi temp,0x41 mov err_ind,temp rjmp test_led40_ret test_led40_11: call METadc3 subi temp,0xf0 brcc test_led40_1 call short_beep ldi temp,0xFF cbr temp,f_pinIO1 sts buf4094_pinIO,temp call control_outs test_led40_2: ldi temp,1 call time_delay dec temp5 brne test_led40_21 ldi temp,0x42 mov err_ind,temp rjmp test_led40_ret test_led40_21: call METadc2 subi temp,0xf0 brcc test_led40_2 call short_beep ldi temp,0xFF sts buf4094_pinIO,temp call control_outs test_led40_3: ldi temp,1 call time_delay dec temp5 brne test_led40_31 ldi temp,0x43 mov err_ind,temp rjmp test_led40_ret test_led40_31: call METadc2 subi temp,0xf0 brcc test_led40_3 call short_beep test_led40_ret: ldi temp,2 call time_delay rjmp test_led_ret ;------------------------ test_led42: cpi temp3,42 brne test_led43 rjmp test_led12_0 ;------------------------ test_led43: cpi temp3,43 brne test_led45 rjmp test_led12_0 ;------------------------ test_led45: cpi temp3,45 brne test_led48 rcall Flash_led_OK rjmp test_led_ret ;------------------------ ;------------------------ test_led48: cpi temp3,48 breq test_led48_0 rjmp test_led51 test_led48_0: LED_OUT1_Off sbi porta,pinIO4 sbi porta,pinIO2 rcall change_led_data sbi porta,pinIO3 sbi porta,pinIO5 rcall change_led_data ldi temp,0b01100000 out porta,temp cbi ddra,pinIO7 cbi porta,pinIO7 ldi temp,1 call time_delay call METadc0 subi temp,0xE0 brcc test_led48_1 test_led48_11: ldi temp,0x07 ;ERROR одна из кнопок нажата mov err_ind,temp rjmp test_led48_ret test_led48_1: call METadc6 subi temp,0xE0 brcs test_led48_11 call wait_ft0 call short_beep ldi temp,1 call time_delay call short_beep ldi temp,100 mov temp6,temp ldi fl4,0b11000000 rjmp test_led48_del ;------------------------- test_led48_3: sbrc fl4,0 rjmp test_led48_31 call METadc6 mov temp7,temp out udr,temp rcall test_border48_01 brcc test_led48_301 rjmp test_led48_del test_led48_301: sbr fl4,0b00000001 rjmp test_led48_beep test_led48_31: sbrc fl4,1 rjmp test_led48_32 cbi porta,pinIO2 rcall met_kbr_ser rcall test_border48_01 brcs test_led48_del sbi porta,pinIO2 cbi porta,pinIO5 rcall met_kbr_ser rcall test_border48_02 brcs test_led48_del sbr fl4,0b00000010 rjmp test_led48_beep test_led48_32: sbrc fl4,2 rjmp test_led48_33 cbi porta,pinIO3 rcall met_kbr_ser rcall test_border48_01 brcs test_led48_del sbi porta,pinIO3 cbi porta,pinIO2 rcall met_kbr_ser rcall test_border48_02 brcs test_led48_del sbr fl4,0b00000100 rjmp test_led48_beep test_led48_33: sbrc fl4,3 rjmp test_led48_34 call METadc6 mov temp7,temp out udr,temp rcall test_border48_01 brcs test_led48_del sbr fl4,0b00001000 rjmp test_led48_beep test_led48_34: sbrc fl4,4 rjmp test_led48_35 cbi porta,pinIO2 rcall met_kbr_ser rcall test_border48_01 brcs test_led48_del sbi porta,pinIO2 cbi porta,pinIO4 rcall met_kbr_ser rcall test_border48_01 brcs test_led48_del sbr fl4,0b00010000 rjmp test_led48_beep test_led48_35: sbrc fl4,5 rjmp test_led48_36 cbi porta,pinIO2 rcall met_kbr_ser rcall test_border48_01 brcs test_led48_del sbi porta,pinIO2 cbi porta,pinIO4 rcall met_kbr_ser rcall test_border48_02 brcs test_led48_del sbr fl4,0b00100000 rjmp test_led48_beep test_led48_36: rjmp test_led48_37 test_led48_beep: call short_beep cpi fl4,0xFF breq test_led48_37 test_led48_del: ldi temp,0b01111110 out porta,temp ldi temp,1 call time_delay test_led48_count: dec temp6 breq test_led48_count1 rjmp test_led48_3 test_led48_count1: call test_err_key1 rjmp test_led48_ret test_led48_37: ldi temp1,7 rcall Flash_led_OK_1 test_led48_ret: rcall prep_IO33_1 rjmp test_led_ret ;------------------------ test_led51: cpi temp3,51 brne test_led52 rcall Flash_led_OA rjmp test_led_ret ;------------------------ test_led52: cpi temp3,52 brne test_led56 rjmp test_led19_000 ;------------------------ test_led56: cpi temp3,56 brne test_led58 rjmp test_led19_000 ;------------------------ test_led58: cpi temp3,58 brne test_led60 ldi zl,low(2*prof58_1_data) ldi zh,high(2*prof58_1_data) rcall kbr_brd_set rcall test_kbr_key brcc test_led58_ret ldi temp,0x08 add err_ind,temp ; rjmp test_led58_ret test_led58_ret: ldi zl,low(2*prof58_data) ldi zh,high(2*prof58_data) rcall kbr_brd_set rjmp test_led_ret ;------------------------ test_led60: cpi temp3,60 brne test_led68 ;rjmp test_led4_1 rcall Flash_led_OA rjmp test_led_ret ;------------------------------------------------------- test_led68: cpi temp3,68 breq test_led68_0 rjmp test_led69 test_led68_1E: ldi temp,0x41 mov err_ind,temp rjmp test_led_ret test_led68_0: ldi temp,0xFF sts buf4094_pinIO,temp call control_outs ldi temp,20 test_led68_01: call wait_ft0 dec temp brne test_led68_01 ;test_led68_stop: rjmp test_led68_stop in temp,UDR ; rjmp test_led68_1 ;--------------------- ; ldi temp,0xFF ; cbr temp,f_pinIO1 ; sts buf4094_pinIO,temp ; call control_outs ; ; ;call wait_ft0 ; ; call METadc1 ; ; ; ; rcall test_led68_data2 ;0x00 ; brcs test_led68_1E ; ; ;call wait_ft0 ; ; call METadc2 ; rcall test_led68_data1 ;0xFE ; brcs test_led68_1E ;--------------------- ldi temp,0xFF cbr temp,f_pinIO2 sts buf4094_pinIO,temp call control_outs ;call wait_ft0 call METadc2 rcall test_led68_data0 ;0x96 brcs test_led68_1E ;call wait_ft0 call METadc3 rcall test_led68_data1 ;0xFE brcs test_led68_1E ;--------------------- ldi temp,0xFF cbr temp,f_pinIO3 sts buf4094_pinIO,temp call control_outs ;call wait_ft0 call METadc3 rcall test_led68_data0 ;0x9B brcs test_led68_1E ;call wait_ft0 call METadc4 rcall test_led68_data2 ;0x00 brcs test_led68_1E ;--------------------- ldi temp,0xFF cbr temp,f_pinIO4 sts buf4094_pinIO,temp call control_outs ;call wait_ft0 call METadc4 rcall test_led68_data2 ;0x00 brcs test_led68_2E ;call wait_ft0 call METadc5 rcall test_led68_data1 ;0xFF brcs test_led68_2E ;--------------------- ldi temp,0xFF cbr temp,f_pinIO5 sts buf4094_pinIO,temp call control_outs ;call wait_ft0 call METadc5 rcall test_led68_data0 ;0x9B brcs test_led68_2E ;call wait_ft0 call METadc6 rcall test_led68_data1 ;0xFF brcs test_led68_2E ;--------------------- ldi temp,0xFF cbr temp,f_pinIO6 sts buf4094_pinIO,temp call control_outs ;call wait_ft0 call METadc6 rcall test_led68_data0 ;0x9B brcs test_led68_2E ;call wait_ft0 call METadc5 rcall test_led68_data1 ;0xFF brcc test_led68_1 ;rjmp test_led68_1 test_led68_2E: ldi temp,0x41 mov err_ind,temp rjmp test_led_ret test_led68_1: ldi temp,0xFF sts buf4094_pinIO,temp call control_outs in temp,UDR ldi temp,0b00011000 ;RX & TX enable out ucsrb,temp ; ; call short_beep call wait_ft0 call wait_ft0 call short_beep ldi fl4,0b11110000 ldi temp,50 ;5 сек на все нажатия, ограничитель продолжительности тестирования call RES_TOUT test_led68_31: ldi yh,high(rd_buf) ldi yl,low(rd_buf) ldi counter,6 test_led68_3: cpi fl4,0xFF breq test_led68_2 sbrc fl3,fp_tout rjmp test_led68_21 in temp,UCSRA sbrs temp,RXC rjmp test_led68_3 in temp,UDR out UDR,temp st y+,temp dec counter brne test_led68_3 test_led68_3_1: ldi zh,high(2*SatStringChDown) ldi zl,low(2*SatStringChDown) rcall CompareRdData brcs test_led68_3_2 sbr fl4,f_key4 rjmp test_led68_3_beep test_led68_3_2: ldi zh,high(2*SatStringChUp) ldi zl,low(2*SatStringChUp) rcall CompareRdData brcs test_led68_3_3 sbr fl4,f_key3 rjmp test_led68_3_beep test_led68_3_3: ldi zh,high(2*SatStringVolDown) ldi zl,low(2*SatStringVolDown) rcall CompareRdData brcs test_led68_3_4 sbr fl4,f_key2 rjmp test_led68_3_beep test_led68_3_4: ldi zh,high(2*SatStringVolUp) ldi zl,low(2*SatStringVolUp) rcall CompareRdData brcs test_led68_3_5 sbr fl4,f_key1 rjmp test_led68_3_beep test_led68_3_5: rjmp test_led68_31 test_led68_3_beep: call short_beep rjmp test_led68_31 test_led68_21: call test_err_key1 rjmp test_led68_22 test_led68_2: ldi temp,0b00000000 ;RX & TX disable out ucsrb,temp ; rcall RemovIrData rcall Ftr_string ;передать IR команду rcall test_led68_22 rcall RemovIrData rcall Ftr_string ;передать IR команду rcall test_led68_22 rcall RemovIrData rcall Ftr_string ;передать IR команду ldi temp,60 ; call RES_TOUT test_led68_221: sbrc fl3,fp_tout rjmp test_led68_222 call wait_ft0 call METadc4 subi temp,0x80 brcs test_led68_221 rjmp test_led68_22 test_led68_222: ldi temp,0x42 mov err_ind,temp rjmp test_led_ret rcall test_led68_22 test_led68_ret: rjmp test_led_ret ;------------------------ test_led69: cpi temp3,69 brne test_led72 ldi zl,low(2*prof69_1_data) ldi zh,high(2*prof69_1_data) rcall kbr_brd_set rcall test_kbr_key brcc test_led69_ret ldi temp,0x07 add err_ind,temp test_led69_ret: ldi zl,low(2*prof69_data) ldi zh,high(2*prof69_data) rcall kbr_brd_set rjmp test_led_ret ;---------------------------- test_led72: cpi temp3,72 brne test_led75 rcall Flash_led_OK rjmp test_led_ret ;---------------------------- test_led75: cpi temp3,75 breq test_led75_0 rjmp test_led76 test_led75_0: ;call wait_ft0 ;call wait_ft0 ;ldi temp,_CR ;out UDR,temp ;call wait_ft0 call METadc4 ;out UDR,temp subi temp,0x05 brcs test_led75_1 ldi temp,0x42 mov err_ind,temp rjmp test_led75_ret test_led75_1: ;--------------------- ldi temp,0xFF cbr temp,f_pinIO1 sts buf4094_pinIO,temp call control_outs call wait_ft0 call wait_ft0 ;call wait_ft0 ;call wait_ft0 call METadc1 ;out UDR,temp subi temp,0x05 brcc test_led75_err ;call wait_ft0 call METadc2 ;out UDR,temp subi temp,0xF0 brcs test_led75_err ; rjmp test_led75_ret ;--------------------- ldi temp,0xFF cbr temp,f_pinIO2 sts buf4094_pinIO,temp call control_outs ;call wait_ft0 call METadc2 ;out UDR,temp subi temp,0x05 brcc test_led75_err ;call wait_ft0 call METadc3 ;out UDR,temp subi temp,0xF0 brcs test_led75_err ;--------------------- ldi temp,0xFF cbr temp,f_pinIO3 sts buf4094_pinIO,temp call control_outs ;call wait_ft0 call METadc3 ;out UDR,temp subi temp,0x05 brcc test_led75_err ;call wait_ft0 call METadc2 ;out UDR,temp subi temp,0xF0 brcs test_led75_err rjmp test_led75_ret test_led75_err: ldi temp,0x41 mov err_ind,temp test_led75_ret: ldi temp,0xFF sts buf4094_pinIO,temp call control_outs rjmp test_led_ret ;---------------------------- test_led76: cpi temp3,76 breq test_led76_0 rjmp test_led77 test_led76_0: call wait_ft0 TEST1_IR_IN rjmp test_led76_0 ; call wait_ft0 ; call wait_ft0 test_led76_01: call wait_ft0 TEST0_IR_IN rjmp test_led76_01 ldi zh,high(2*lcd_string_testON) ; ldi zl,low(2*lcd_string_testON) call remov_d2lcdBuf_ln2 sbr fl3,f_flash_ln2 call tr_data2lcd call METadc4 ;test PINpower12v dec temp mov temp7,temp out udr,temp ldi temp,0x30 mov temp5,temp ldi temp,0x05 mov temp4,temp rcall calk_border brcc test_led76_1 ldi temp,0x41 mov err_ind,temp rjmp test_led76_ret test_led76_1: call wait_ft0 call METadc5 ;test PINadj dec temp mov temp7,temp out udr,temp ldi temp,0xFF mov temp5,temp ldi temp,0xE0 mov temp4,temp rcall calk_border brcc test_led76_2 ldi temp,0x42 mov err_ind,temp rjmp test_led76_ret test_led76_2: call wait_ft0 call METadc6 ;test PINblon dec temp mov temp7,temp out udr,temp ldi temp,0xFF ;0xEA mov temp5,temp ldi temp,0xD0 ;0xDA mov temp4,temp rcall calk_border brcc test_led76_3 ldi temp,0x43 mov err_ind,temp rjmp test_led76_ret test_led76_3: rcall invertorLED_ON call wait_ft0 call METadc2 mov temp7,temp out udr,temp sbrc fl2,fp_tempF1 rjmp test_led76_32 ldi temp,0xA8 ;41,5...42,5V mov temp5,temp ldi temp,0x8D ; mov temp4,temp rjmp test_led76_31 test_led76_32: ldi temp,0xA8 ;39,5...40,5V mov temp5,temp ldi temp,0x88 ; mov temp4,temp test_led76_31: rcall calk_border brcc test_led76_ret ldi temp,0x44 mov err_ind,temp rjmp test_led76_ret test_led76_ret: rcall prep_IO11_1 tst err_ind brne test_led76_ret1 call end_indic call wait_ft0 ldi temp,_cr out udr,temp rjmp test_led76_0 test_led76_ret1: ldi zh,high(2*lcd_string_ERROR) ; ldi zl,low(2*lcd_string_ERROR) call remov_d2lcdBuf_ln2 ldi yh,high(lcd_buf+22) ; ldi yl,low(lcd_buf+22) ldi temp1,_0 mov temp,err_ind swap temp andi temp,0x0F ; ldi temp1,_0 add temp,temp1 st y+,temp mov temp,err_ind andi temp,0x0F ; ldi temp1,_0 add temp,temp1 st y+,temp sbr fl3,f_flash_ln2 call tr_data2lcd call error_ind call end_indic_1 ; ldi zh,high(2*lcd_string_ready) ; ; ldi zl,low(2*lcd_string_ready) ; call remov_d2lcdBuf_ln2 ; sbr fl3,f_flash_ln2 ; call tr_data2lcd ldi temp,0 mov err_ind,temp rjmp test_led76_0 ; rjmp test_led_ret ;---------------------------- test_led77: cpi temp3,77 brne test_led78 rjmp test_led76_0 ;---------------------------- test_led78: cpi temp3,78 breq test_led78_0 rjmp test_led82 test_led78_0: ldi temp,100 mov temp6,temp test_led78_1: call wait_ft0 dec temp6 brne test_led78_2 ldi temp,0x11 mov err_ind,temp rjmp test_led78_ret test_led78_2: call METadc2 ;test PINblon mov temp7,temp out udr,temp ldi temp,0x05 ;0xEA mov temp5,temp ldi temp,0x00 ;0xDA mov temp4,temp rcall calk_border brcs test_led78_1 call short_beep ldi temp,100 mov temp6,temp test_led78_11: call wait_ft0 dec temp6 brne test_led78_21 ldi temp,0x12 mov err_ind,temp rjmp test_led78_ret test_led78_21: call METadc3 ;test PINblon mov temp7,temp out udr,temp ldi temp,0x05 ;0xEA mov temp5,temp ldi temp,0x00 ;0xDA mov temp4,temp rcall calk_border brcs test_led78_11 call short_beep ldi temp,100 mov temp6,temp test_led78_12: call wait_ft0 dec temp6 brne test_led78_22 ldi temp,0x13 mov err_ind,temp rjmp test_led78_ret test_led78_22: call METadc4 ;test PINblon mov temp7,temp out udr,temp ldi temp,0x05 ;0xEA mov temp5,temp ldi temp,0x00 ;0xDA mov temp4,temp rcall calk_border brcs test_led78_12 call short_beep ldi temp,100 mov temp6,temp test_led78_13: call wait_ft0 dec temp6 brne test_led78_23 ldi temp,0x14 mov err_ind,temp rjmp test_led78_ret test_led78_23: call METadc0 ;test PINblon mov temp7,temp out udr,temp ldi temp,0x05 ;0xEA mov temp5,temp ldi temp,0x00 ;0xDA mov temp4,temp rcall calk_border brcs test_led78_13 call short_beep ldi temp,100 mov temp6,temp test_led78_14: call wait_ft0 dec temp6 brne test_led78_24 ldi temp,0x15 mov err_ind,temp rjmp test_led78_ret test_led78_24: call METadc1 ;test PINblon mov temp7,temp out udr,temp ldi temp,0x10 ;0xEA mov temp5,temp ldi temp,0x08 ;0xDA mov temp4,temp rcall calk_border brcs test_led78_14 call short_beep ldi temp,100 mov temp6,temp test_led78_15: call wait_ft0 dec temp6 brne test_led78_25 ldi temp,0x16 mov err_ind,temp rjmp test_led78_ret test_led78_25: call METadc1 ;test PINblon mov temp7,temp out udr,temp ldi temp,0x20 ;0xEA mov temp5,temp ldi temp,0x18 ;0xDA mov temp4,temp rcall calk_border brcs test_led78_15 call short_beep ldi temp,100 mov temp6,temp test_led78_16: call wait_ft0 dec temp6 brne test_led78_26 ldi temp,0x17 mov err_ind,temp rjmp test_led78_ret test_led78_26: call METadc0 ;test PINblon mov temp7,temp out udr,temp ldi temp,0x20 ;0xEA mov temp5,temp ldi temp,0x18 ;0xDA mov temp4,temp rcall calk_border brcs test_led78_16 call short_beep ldi temp,100 mov temp6,temp test_led78_17: call wait_ft0 dec temp6 brne test_led78_27 ldi temp,0x18 mov err_ind,temp rjmp test_led78_ret test_led78_27: call METadc1 ;test PINblon mov temp7,temp out udr,temp ldi temp,0x05 ;0xEA mov temp5,temp ldi temp,0x00 ;0xDA mov temp4,temp rcall calk_border brcs test_led78_17 call short_beep ldi temp,100 mov temp6,temp test_led78_18: call wait_ft0 dec temp6 brne test_led78_28 ldi temp,0x19 mov err_ind,temp rjmp test_led78_ret test_led78_28: call METadc0 ;test PINblon mov temp7,temp out udr,temp ldi temp,0x10 ;0xEA mov temp5,temp ldi temp,0x08 ;0xDA mov temp4,temp rcall calk_border brcs test_led78_18 call short_beep test_led78_ret: rjmp test_led_ret ;---------------------------- test_led82: cpi temp3,82 brne test_led84 ldi zl,low(2*prof82_1_data) ldi zh,high(2*prof82_1_data) rcall kbr_brd_set call test_kbr_key brcs test_led82_1 ;ldi temp,0x07 ;add err_ind,temp rcall Flash_led_OA test_led82_1: ldi zl,low(2*prof82_data) ldi zh,high(2*prof82_data) rcall kbr_brd_set rjmp test_led_ret ;---------------------------- test_led84: cpi temp3,84 brne test_led85 rcall Flash_led_OK rjmp test_led_ret ;---------------------------- test_led85: cpi temp3,85 brne test_led86 ldi zl,low(2*prof85_1_data) ldi zh,high(2*prof85_1_data) rcall kbr_brd_set call test_kbr_key brcc test_led85_1 ldi temp,0x08 add err_ind,temp test_led85_1: ldi zl,low(2*prof85_data) ldi zh,high(2*prof85_data) rcall kbr_brd_set rjmp test_led_ret ;---------------------------- test_led86: cpi temp3,86 brne test_led87 ;test_led86_0: rjmp test_led86_0 ldi zl,low(2*prof86_1_data) ldi zh,high(2*prof86_1_data) rcall kbr_brd_set call test_kbr_key brcc test_led86_1 ldi temp,0x03 add err_ind,temp rjmp test_led86_ret test_led86_1: ldi zl,low(2*prof86_2_data) ldi zh,high(2*prof86_2_data) rcall kbr_brd_set call test_kbr_key brcc test_led86_2 ldi temp,0x04 add err_ind,temp rjmp test_led86_ret test_led86_2: ldi zl,low(2*prof86_3_data) ldi zh,high(2*prof86_3_data) rcall kbr_brd_set call test_kbr_key brcc test_led86_3 ldi temp,0x05 add err_ind,temp rjmp test_led86_ret test_led86_3: test_led86_ret: ldi zl,low(2*prof86_data) ldi zh,high(2*prof86_data) rcall kbr_brd_set rjmp test_led_ret ;---------------------------- test_led87: ; cpi temp3,87 ; brne test_led88 rjmp test_led_ret test_led_ret1: mov err_ind,temp test_led_ret: call wait_ft0 ldi temp,_cr out udr,temp clc tst err_ind breq test_led_ret3 sec test_led_ret3: ret ;------------------------------------------------- test_led68_22: ldi temp,20 test_led68_223: call wait_ft0 dec temp brne test_led68_223 ret ;------------------------------------------------- RemovIrData: ldi xh,high(temp_buf) ldi xl,low(temp_buf) ldi zh,high(2*SatIrDataKey1) ldi zl,low(2*SatIrDataKey1) ldi counter,144 RemovIrData_1: lpm temp,z+ st x+,temp dec counter brne RemovIrData_1 ret ;--------------------------------------------------- trDIG2VFDcontr: rcall INIT_BUF0 rcall tr_data2VFD_0 ldi temp,3 call time_delay ret ;---------------------------------------------------- Ftr_string: ;ldi temp,0 ;out tccr0,temp ;остановить счетчик cli ldi xl,low(temp_buf) ;буфер с данными ldi xh,high(temp_buf) ldi counter,0 Ftr_string1: ld zh,x+ ld zl,x+ tst zl brne Ftr_IRbit1_1 tst zh breq Ftr_string_ret Ftr_IRbit1_1: sbi portd,IR_LED_OUT ;зажечь IR LED ldi temp,10 Ftr_IRbit1_2: dec temp brne Ftr_IRbit1_2 cbi portd,IR_LED_OUT ;погасить IR LED ldi temp,56 Ftr_IRbit1_3: dec temp brne Ftr_IRbit1_3 nop nop sbiw zl,1 brne Ftr_IRbit1_1 Ftr_string0: ld zh,x+ ld zl,x+ tst zl brne Ftr_IRbit0_1 tst zh breq Ftr_string_ret Ftr_IRbit0_1: cbi portd,IR_LED_OUT ldi temp,10 Ftr_IRbit0_2: dec temp brne Ftr_IRbit0_2 cbi portd,IR_LED_OUT ldi temp,56 Ftr_IRbit0_3: dec temp brne Ftr_IRbit0_3 nop nop sbiw zl,1 brne Ftr_IRbit0_1 inc counter cpi counter,58 brne Ftr_string1 Ftr_string_ret: cbi portd,IR_LED_OUT cbr fl1,f_t0 ;ldi temp,0 ;out TCNT0,temp ;ldi temp,0b00000001 ; ;out timsk,temp ;ldi temp,0b00000101 ;разрешить работу счетчика TC0, к=1024 ;out tccr0,temp ; sei ;call wait_ft0 clc ret ;--------------------------------------------- CompareRdData: ldi yh,high(rd_buf) ldi yl,low(rd_buf) sts temp_H,zh sts temp_L,zl ldi temp,size_rd_buf mov temp4,temp CompareRdData_2: lds zh,temp_H lds zl,temp_L ldi counter,6 CompareRdData_1: dec temp4 breq CompareRdData_ret1 ld temp,y+ lpm temp1,z+ cp temp,temp1 brne CompareRdData_2 dec counter brne CompareRdData_1 clc rjmp CompareRdData_ret CompareRdData_ret1: sec CompareRdData_ret: ret ;---------------------------------------------------- test_led68_data2: cpi temp,0xFF brne test_led68_data21 dec temp test_led68_data21: mov temp7,temp call wait_ft0 out udr,temp ldi temp1,0x05 ;0x00 mov temp5,temp1 ldi temp1,0x00 mov temp4,temp1 rjmp test_led68_data01 ;----------------------- test_led68_data1: cpi temp,0xFF brne test_led68_data11 dec temp test_led68_data11: mov temp7,temp call wait_ft0 out udr,temp ldi temp1,0xFF ;0xFF mov temp5,temp1 ldi temp1,0xF0 mov temp4,temp1 rjmp test_led68_data01 ;-------------------------- test_led68_data0: mov temp7,temp call wait_ft0 out udr,temp ldi temp1,0xB0 ;0x9B mov temp5,temp1 ldi temp1,0x80 mov temp4,temp1 test_led68_data01: call calk_border ret ;---------------------------------------------------- kbr_brd_set: ldi yl,low(key1_dataH) ldi yh,high(key1_dataH) ldi counter,18 kbr_brd_set_1: lpm temp,z+ st y+,temp dec counter brne kbr_brd_set_1 ret ;---------------------------------------------- trIICstring: sts temp_H,zh sts temp_L,zl ldi temp,10 mov temp7,temp trIICstring_01: lds zh,temp_H lds zl,temp_L sbi ddra,pinIO7 lpm counter,z+ ;rcall send_start trIICstring1: lpm temp,z+ ;out udr,temp call send_byte sbrs fl3,fp_ack rjmp trIICstring_ret1 call delay_6 call delay_6 dec counter brne trIICstring1 sbi ddra,pinIO7 call send_stop clc rjmp trIICstring_ret trIICstring_ret1: sbi ddra,pinIO7 cbi ddra,pinIO7 ldi temp,_cr ;out udr,temp ldi temp,10 trIICstring_ret11: call delay_6 dec temp brne trIICstring_ret11 dec temp7 brne trIICstring_01 sec trIICstring_ret: ;ldi temp,_cr ;out udr,temp ret ;--------------------------------------- ;-------------------------------------- rdIICstring: cbi ddra,pinIO6 ;SDA= "1" cli sts ram_temp1,counter ;push counter ldi counter,8 ;counter ldi temp,0 rdIICstring1: call delay_6 call delay_6 cbi ddra,pinIO7 ;SCL= "1" call delay_6 call delay_6 call delay_6 call delay_6 cbr temp,0b00000001 sbic pina,pinIO6 sbr temp,0b00000001 cpi counter,1 breq rdIICstring2 lsl temp rdIICstring2: call delay_6 sbi ddra,pinIO7 ;SCL= "0" ;rcall delay_6 dec counter brne rdIICstring1 sbi ddra,pinIO6 ;SDA= "0" call delay_6 call delay_6 cbi ddra,pinIO7 ;SCL= "1" call delay_6 call delay_6 ;rcall delay_6 ;rcall delay_6 sbi ddra,pinIO7 ;SCL= "0" call delay_6 cbi ddra,pinIO6 ;SDA= "1" call delay_6 lds counter,ram_temp1 ;pop counter sei ret ;-------------------------------------- test_border33_01: ldi temp1,0x68 mov temp5,temp1 ldi temp1,0x50 mov temp4,temp1 call calk_border ret test_border33_02: ldi temp1,0xB8 mov temp5,temp1 ldi temp1,0x90 mov temp4,temp1 call calk_border ret ;------------------------------------------ ;-------------------------------------- test_border48_01: ldi temp1,0x90 mov temp5,temp1 ldi temp1,0x60 mov temp4,temp1 call calk_border ret test_border48_02: ldi temp1,0x20 mov temp5,temp1 ldi temp1,0x01 mov temp4,temp1 call calk_border ret ;------------------------------------------ met_kbr_ser: call METadc0 subi temp,1 mov temp7,temp out udr,temp ret ;------------------------------------------ Flash_led_OA: LED_OUT2_OFF ;красный горит ldi temp,10 call time_delay LED_OUT2_ON Flash_led_OA_2: ldi temp1,5 Flash_led_OA_1: LED_OUT1_OFF ;зеленый вспыхивает ldi temp,1 call time_delay LED_OUT1_ON ldi temp,1 call time_delay dec temp1 brne Flash_led_OA_1 ret ;---------------------------------- Flash_led_OK: LED_OUT2_ON ;красный горит ldi temp,10 call time_delay LED_OUT2_OFF Flash_led_OK_2: ldi temp1,5 Flash_led_OK_1: LED_OUT1_ON ;зеленый вспыхивает ldi temp,1 call time_delay LED_OUT1_OFF ldi temp,1 call time_delay dec temp1 brne Flash_led_OK_1 ret ;---------------------------------- change_led_data: ldi counter,0 change_led_data1: ldi zl,low(2*led_dig) ldi zh,high(2*led_dig) mov temp,counter tst temp breq change_led_data3 change_led_data2: adiw zl,1 dec temp brne change_led_data2 change_led_data3: lpm temp,z rcall SER_OUT ldi temp,1 call time_delay inc counter cpi counter,10 brne change_led_data1 ; cpi temp3,33 ; brne change_led_data32 ; ; ldi temp,0b01111110 ; out porta,temp ; rjmp change_led_data31 ;change_led_data32: ldi temp,0b01100000 out porta,temp change_led_data31: ldi temp,0b11111111 rcall SER_OUT ret ;------------------------------------- RD_VFD_KBR_DATA: rcall delay_50us cbi porta,pinIO5 ldi temp,0b01000010 ;Data setting commands - Read key data rcall SER_OUT sbrs fl2,fp_tempF1 rjmp RD_VFD_KBR_DATA_1 rcall sRD1_keyDATA rjmp RD_VFD_KBR_DATA_2 RD_VFD_KBR_DATA_1: rcall RD1_keyDATA RD_VFD_KBR_DATA_2: sbi porta,pinIO5 out udr,temp1 ;cpi temp, ; tst temp ; breq RD_VFD_KBR_DATA_ret ; cbr fl1,f_sec1 RD_VFD_KBR_DATA_ret: rcall delay_50us ret ;--------------------------------------- shift_data2buf: ldi yl,low(VFD_BUFFER) ldi yh,high(VFD_BUFFER) ldi zl,low(2*code_dig0) ldi zh,high(2*code_dig0) lds temp,dd1 shift_data2buf_40: cpi temp,0b00000001 brne shift_data2buf_41 sbr fl4,0b00000100 ldi temp,3 rjmp shift_data2buf_5 shift_data2buf_41: cpi temp,0b00000010 brne shift_data2buf_42 sbr fl4,0b00001000 ldi temp,4 rjmp shift_data2buf_5 shift_data2buf_42: cpi temp,0b00000100 brne shift_data2buf_43 sbr fl4,0b00010000 ldi temp,5 rjmp shift_data2buf_5 shift_data2buf_43: cpi temp,0b00001000 brne shift_data2buf_44 sbr fl4,0b00100000 ldi temp,6 rjmp shift_data2buf_5 shift_data2buf_44: cpi temp,0b00010000 brne shift_data2buf_45 sbr fl4,0b00000010 ldi temp,2 rjmp shift_data2buf_5 shift_data2buf_45: cpi temp,0b00100000 brne shift_data2buf_46 sbr fl4,0b01000000 ldi temp,7 rjmp shift_data2buf_5 shift_data2buf_46: sbic pina,pinIO3 rjmp shift_data2buf_ret ldi temp,1 sbr fl4,0b00000001 shift_data2buf_5: adiw zl,2 adiw yl,2 dec temp brne shift_data2buf_5 shift_data2buf_31: lpm temp,z+ st y+,temp lpm temp,z+ st y,temp call short_beep shift_data2buf_ret: ret ;------------------------------------------ shift2_data2buf: ldi yl,low(VFD_BUFFER) ldi yh,high(VFD_BUFFER) ldi zl,low(2*code2_dig0) ldi zh,high(2*code2_dig0) lds temp,dd1 shift2_data2buf_40: cpi temp,0x20 brne shift2_data2buf_41 sbr fl4,0b00000001 ldi temp,1 rjmp shift2_data2buf_5 shift2_data2buf_41: cpi temp,0x40 brne shift2_data2buf_42 sbr fl4,0b00000010 ldi temp,2 rjmp shift2_data2buf_5 shift2_data2buf_42: cpi temp,0x80 brne shift2_data2buf_43 sbr fl4,0b00000100 ldi temp,3 rjmp shift2_data2buf_5 shift2_data2buf_43: cpi temp,0x02 brne shift2_data2buf_44 sbr fl4,0b00001000 ldi temp,4 rjmp shift2_data2buf_5 shift2_data2buf_44: cpi temp,0x01 brne shift2_data2buf_45 sbr fl4,0b00010000 ldi temp,5 rjmp shift2_data2buf_5 shift2_data2buf_45: cpi temp,0x08 brne shift2_data2buf_46 sbr fl4,0b00100000 ldi temp,6 rjmp shift2_data2buf_5 shift2_data2buf_46: cpi temp,0x04 brne shift2_data2buf_ret ldi temp,7 sbr fl4,0b01000000 shift2_data2buf_5: adiw zl,2 adiw yl,2 dec temp brne shift2_data2buf_5 shift2_data2buf_31: lpm temp,z+ st y+,temp lpm temp,z+ st y,temp call short_beep shift2_data2buf_ret: ret ;------------------------------------------ tr_data2VFD: cbi porta,pinIO5 ldi temp,0b00000000 ;Display mode setting commands - 6 digits 16 segments rcall SER_OUT ; ldi temp,0b00000100 ;Display mode setting commands - 6 digits 16 segments ; rcall SER_OUT sbi porta,pinIO5 rcall delay_50us cbi porta,pinIO5 sbi porta,pinIO5 rcall delay_50us ; cbi porta,pinIO5 ; ; ldi temp,0b01000001 ;Data setting commands - Write data to LED port ; rcall SER_OUT ; ; ; ldi temp,0b00001000 ;LED Data ; bst fl1,fp_sec1 ;; bld temp,3 ; ; ; ; rcall SER_OUT ; ; ; sbi porta,pinIO5 ; rcall delay_50us tr_data2VFD_0: cbi porta,pinIO5 ldi temp,0b01000000 ;Data setting commands - Write data to display memory, Increments address, Nomal operation rcall SER_OUT sbi porta,pinIO5 rcall delay_50us cbi porta,pinIO5 ldi temp,0b11000000 ;Address setting commands rcall SER_OUT ldi yl,low(VFD_BUFFER) ldi yh,high(VFD_BUFFER) ldi temp1,16 tr_data2VFD_1: ld temp,y+ rcall SER_OUT ;DATA dec temp1 brne tr_data2VFD_1 sbi porta,pinIO5 rcall delay_50us cbi porta,pinIO5 ldi temp,0b10001111 ;Display control commands rcall SER_OUT sbi porta,pinIO5 ret ;-------------------------------------------- RD1_keyDATA: ldi temp1,0 ;CLK_1 sbi porta,pinIO6 rcall del_clk sbic pina,pinIO4 sbr temp1,0b00000001 rcall del_clk sbic pina,pinIO4 sbr temp1,0b00000010 rcall del_clk sbic pina,pinIO4 sbr temp1,0b00000100 rcall del_clk sbic pina,pinIO4 sbr temp1,0b00001000 rcall del_clk sbic pina,pinIO4 sbr temp1,0b00010000 rcall del_clk sbic pina,pinIO4 sbr temp1,0b00100000 rcall del_clk sbic pina,pinIO4 sbr temp1,0b01000000 rcall del_clk sbic pina,pinIO4 sbr temp1,0b10000000 rcall delay_10us sts dd1,temp1 ret ;---------------------------------------------- sRD1_keyDATA: ldi temp1,0 ;CLK_1 sbi porta,pinIO6 rcall del_clk sbic pina,pinIO7 sbr temp1,0b00000001 rcall del_clk sbic pina,pinIO7 sbr temp1,0b00000010 rcall del_clk sbic pina,pinIO7 sbr temp1,0b00000100 rcall del_clk sbic pina,pinIO7 sbr temp1,0b00001000 rcall del_clk sbic pina,pinIO7 sbr temp1,0b00010000 rcall del_clk sbic pina,pinIO7 sbr temp1,0b00100000 rcall del_clk sbic pina,pinIO7 sbr temp1,0b01000000 rcall del_clk sbic pina,pinIO7 sbr temp1,0b10000000 rcall delay_10us sts dd1,temp1 ret ;---------------------------------------------- ;---------------------------------------- del_clk: rcall delay_10us ;CLK_0 cbi porta,pinIO6 rcall delay_10us ;CLK_1 sbi porta,pinIO6 ret ;------------------------------------------ fill_BUF: ldi temp,0xFF rjmp INIT_BUF0 INIT_BUF: ldi temp,0 INIT_BUF0: ldi yl,low(VFD_BUFFER) ldi yh,high(VFD_BUFFER) ldi counter,16 INIT_BUF1: st y+,temp dec counter brne INIT_BUF1 ret ;----------------------------------------- SER_OUT: sbi ddra,pinIO7 push counter ldi counter,8 SER_OUT_1: ;D_toIN_0 cbi porta,pinIO7 sbrc temp,0 sbi porta,pinIO7 ;D_toIN_1 ;CLK_0 cbi porta,pinIO6 rcall delay_10us ;CLK_1 sbi porta,pinIO6 rcall delay_10us lsr temp dec counter brne SER_OUT_1 ;D_toIN_1 sbi porta,pinIO7 ;CLK_1 sbi porta,pinIO6 cbi ddra,pinIO7 pop counter ret ;----------------------------------- delay_50us: push counter ldi counter,115 rjmp delay_10us_1 delay_10us: push counter ldi counter,23 delay_10us_1: dec counter brne delay_10us_1 pop counter ret ;----------------------------------- invertorLED_ON: LED_OUT1_ON ldi temp,0x00 sts buf4094_pinIO,temp call control_outs sbi ddra,pinIO6 cbi porta,pinIO6 ;IO6 as OUTPUT sbi ddra,pinIO7 sbi porta,pinIO7 ;IO7 as OUTPUT ldi counter,33 invertorLED_ON_1: call wait_ft0 dec counter brne invertorLED_ON_1 ret ;------------------------------------- invertor_ON: LED_OUT1_ON ldi temp,0x00 sts buf4094_pinIO,temp call control_outs sbi ddra,pinIO6 cbi porta,pinIO6 ;IO6 as OUTPUT sbi ddra,pinIO7 sbi porta,pinIO7 ;IO7 as OUTPUT ldi counter,70 invertor_ON_1: call wait_ft0 dec counter brne invertor_ON_1 ret ;-------------------------------------- prep_IO: ldi zl,low(prof_mem) ldi zh,high(prof_mem) mov temp,temp3 rcall EEPROM_WR cpi temp3,3 brne prep_IO4 rjmp prep_IO10_1 prep_IO4: ; cpi temp3,4 ; brne prep_IO5 ; ; sbi ddrd,LED_OUT1 ; sbi ddrd,LED_OUT2 ; ; LED_OUT1_OFF ; LED_OUT2_ON ; ; cbi DDRD,LED_OUT3 ;AS INPUT ; ; rjmp prep_IO_ret prep_IO5: cpi temp3,5 brne prep_IO6 sbr fl2,f_tempF2 rjmp prep_IO10_1 prep_IO6: cpi temp3,6 breq prep_IO10_1 prep_IO7: cpi temp3,7 breq prep_IO10_1 prep_IO10: cpi temp3,10 brne prep_IO11 prep_IO10_1: rcall SELECT_POWER_3V3 sbr fl2,f_tempF1 rjmp prep_IO52_1 ; rjmp prep_IO_ret ;---------------------------------- prep_IO11: cpi temp3,11 brne prep_IO12 prep_IO11_1: sbi ddrd,LED_OUT1 LED_OUT1_OFF ldi temp,0 out ddra,temp ldi temp,0 out porta,temp ldi temp,0b11110000 sts buf4094_pinIO,temp call control_outs rjmp prep_IO_ret ;---------------------------------- prep_IO12: cpi temp3,12 breq prep_IO11_1 prep_IO13: cpi temp3,13 brne prep_IO15 prep_IO13_1: sbi ddrd,LED_OUT1 ;OUT1 OUT2 as output sbi ddrd,LED_OUT2 LED_OUT1_ON ;светодиоды с общим анодом LED_OUT2_ON call prepare_buf rjmp prep_IO_ret prep_IO15: cpi temp3,15 brne prep_IO16 rcall SELECT_POWER_3V3 rjmp prep_IO_ret prep_IO16: cpi temp3,16 brne prep_IO17 prep_IO16_1: sbi ddrd,LED_OUT1 sbi ddrd,LED_OUT2 LED_OUT1_OFF LED_OUT2_OFF rjmp prep_IO_ret prep_IO17: cpi temp3,17 brne prep_IO18 sbi ddrd,LED_OUT1 sbi ddrd,LED_OUT2 LED_OUT1_On LED_OUT2_On rjmp prep_IO_ret prep_IO18: cpi temp3,18 brne prep_IO19 rcall SELECT_POWER_3V3 sbi ddrd,LED_OUT1 sbi ddrd,LED_OUT2 LED_OUT1_On LED_OUT2_On rjmp prep_IO_ret prep_IO19: cpi temp3,19 brne prep_IO20 sbi ddrd,LED_OUT1 sbi ddrd,LED_OUT2 LED_OUT1_OFF LED_OUT2_ON rjmp prep_IO_ret prep_IO20: cpi temp3,20 brne prep_IO21 rjmp prep_IO_ret prep_IO21: cpi temp3,21 brne prep_IO22 prep_IO21_1: sbi ddrd,LED_OUT1 sbi ddrd,LED_OUT2 LED_OUT1_OFF LED_OUT2_OFF cbi DDRD,LED_OUT3 ;AS INPUT rjmp prep_IO_ret prep_IO22: cpi temp3,22 brne prep_IO24 rjmp prep_IO21_1 ; sbi ddrd,LED_OUT1 ; sbi ddrd,LED_OUT2 ; ; LED_OUT1_OFF ; LED_OUT2_OFF ; ; cbi DDRD,LED_OUT3 ;AS INPUT ; ; ; ldi temp,0xFF ; cbr temp,f_pinIO2 ; sts buf4094_pinIO,temp ; call control_outs ; rjmp prep_IO_ret prep_IO24: cpi temp3,24 brne prep_IO25 ; cbi DDRD,LED_OUT3 ;AS INPUT ; ; ldi temp,0xFF ; cbr temp,f_pinIO2 ; sts buf4094_pinIO,temp ; call control_outs ; rjmp prep_IO_ret prep_IO25: cpi temp3,25 brne prep_IO27 ;prep_IO25_1: ; ldi temp,0x00 ;; cbr temp,f_pinIO2 ; sts buf4094_pinIO,temp ; call control_outs ; ; ; sbi ddrd,LED_OUT1 ; sbi ddrd,LED_OUT2 ; ; LED_OUT1_OFF ; LED_OUT2_OFF ; rjmp prep_IO_ret prep_IO27: cpi temp3,27 brne prep_IO30 ldi temp,0x00 sts buf4094_pinIO,temp call control_outs rjmp prep_IO_ret prep_IO30: cpi temp3,30 brne prep_IO31 sbr fl2,f_tempF1 rjmp prep_IO36_0 prep_IO31: cpi temp3,31 brne prep_IO32 ldi temp,0xFF sts buf4094_pinIO,temp call control_outs sbi ddrd,LED_OUT1 LED_OUT1_ON ;.equ pinIO3 =2 ;pin 38 sw1_pin ;.equ pinIO4 =3 ;pin 37 D_OUT_pin передача данных дисплеем ;.equ pinIO5 =4 ;pin 36 STB_pin ;.equ pinIO6 =5 ;pin 35 CLK_pin ;.equ pinIO7 =6 ;pin 34 D_IN_pin прием данных дисплеем prep_IO31_1: sbi ddra,pinIO5 sbi ddra,pinIO6 sbi ddra,pinIO7 sbi porta,pinIO5 sbi porta,pinIO6 sbi porta,pinIO7 rjmp prep_IO_ret prep_IO32: cpi temp3,32 brne prep_IO33 ldi temp,0b11111110 sts buf4094_pinIO,temp call control_outs prep_IO32_1: ldi temp,0b01111110 out ddra,temp ldi temp,0b01100000 out porta,temp rjmp prep_IO_ret prep_IO33: cpi temp3,33 brne prep_IO36 prep_IO33_1: ldi temp,0b01111110 out ddra,temp ldi temp,0b01100000 out porta,temp sbi ddrd,LED_OUT1 sbi ddrd,LED_OUT2 cbi portd,LED_OUT1 cbi portd,LED_OUT2 rjmp prep_IO_ret prep_IO36: cpi temp3,36 brne prep_IO37 prep_IO36_0: sbi ddrd,LED_OUT1 sbi ddrd,LED_OUT2 cbi portd,LED_OUT1 cbi portd,LED_OUT2 rjmp prep_IO31_1 ;rjmp prep_IO_ret prep_IO37: cpi temp3,37 brne prep_IO42 rcall SELECT_POWER_3V3 ;ldi temp,0xFF ;cbr temp,f_pinIO0 ;cbr temp,f_pinIO1 ;sts buf4094_pinIO,temp ;call control_outs rjmp prep_IO_ret prep_IO42: cpi temp3,42 brne prep_IO43 sbr fl2,f_tempF1 rjmp prep_IO11_1 prep_IO43: cpi temp3,43 brne prep_IO45 sbr fl2,f_tempF1 sbr fl2,f_tempF2 rjmp prep_IO11_1 prep_IO45: cpi temp3,45 brne prep_IO46 sbi ddrd,LED_OUT1 sbi ddrd,LED_OUT2 cbi portd,LED_OUT1 cbi portd,LED_OUT2 rjmp prep_IO_ret prep_IO46: cpi temp3,46 brne prep_IO47 rcall SELECT_POWER_3V3 rjmp prep_IO_ret ;rjmp prep_IO20_1 prep_IO47: cpi temp3,47 brne prep_IO48 rcall SELECT_POWER_3V3 rjmp prep_IO_ret ; rjmp prep_IO20_1 prep_IO48: cpi temp3,48 brne prep_IO51 sbi ddrd,LED_OUT1 LED_OUT1_OFF rjmp prep_IO33_1 prep_IO51: cpi temp3,51 brne prep_IO52 rjmp prep_IO13_1 prep_IO52: cpi temp3,52 brne prep_IO56 prep_IO52_1: sbi ddrd,LED_OUT1 sbi ddrd,LED_OUT2 LED_OUT1_OFF LED_OUT2_ON rjmp prep_IO_ret prep_IO56: cpi temp3,56 brne prep_IO60 rjmp prep_IO52_1 prep_IO60: cpi temp3,60 brne prep_IO72 sbi ddrd,LED_OUT2 LED_OUT2_ON rjmp prep_IO_ret prep_IO72: cpi temp3,72 brne prep_IO76 rjmp prep_IO21_1 prep_IO76: cpi temp3,76 brne prep_IO77 prep_IO76_1: cbi DDRD,LED_OUT3 ;AS INPUT sbi portD,LED_OUT3 ;pullup resistor enable rjmp prep_IO11_1 prep_IO77: cpi temp3,77 brne prep_IO82 sbr fl2,f_tempF1 rjmp prep_IO76_1 prep_IO82: cpi temp3,82 brne prep_IO84 rjmp prep_IO13_1 prep_IO84: cpi temp3,84 brne prep_IO85 rjmp prep_IO16_1 prep_IO85: ; cpi temp3,85 ; brne prep_IO86 ; rjmp prep_IO_ret prep_IO_ret: ret ;-------------------------------------------- SELECT_POWER_3V3: lds temp,buf4094_out cbr temp,f_rel3 ;подать питание 3,3v sts buf4094_out,temp call control_outs ret ;-------------------------------------------------- EEPROM_WR: cli sbic EECR,EEWE rjmp EEPROM_WR out eearh,zh out eearl,zl out EEDR,temp nop nop sbi EECR,EEMWE sbi EECR,EEWE EEPROM_WR2: sbic EECR,EEWE rjmp EEPROM_WR2 sei ret ;------------------------------------------------ LOAD_EE_DATA: cli LOAD_EE_DATA2: sbic EECR,EEWE rjmp LOAD_EE_DATA2 out eearh,zh out eearl,zl sbi eecr,eere ;прочитать LOAD_EE_DATA1: sbic eecr,eere ; rjmp LOAD_EE_DATA1 ;если еще не прочитано,то перейти in temp,EEDR sei ret ;-------------------------------------------------------------------- .cseg ; 1 2 code2_dig0: .db 0b00111100,0b00100100 code2_dig1: .db 0b00100000,0b00000100 code2_dig2: .db 0b00111100,0b00011000 code2_dig3: .db 0b00111000,0b00001100 code2_dig4: .db 0b00100000,0b00111100 code2_dig5: .db 0b00011000,0b00111100 code2_dig6: .db 0b00011100,0b00111100 code2_dig7: .db 0b00110000,0b00000100 code2_dig8: .db 0b00111100,0b00111100 code2_dig9: .db 0b00111000,0b00111100 code_dig0: .db 0b00010001,0b00001111 code_dig1: .db 0b00010000,0b00000001 code_dig2: .db 0b00001110,0b00001111 code_dig3: .db 0b00011100,0b00000111 code_dig4: .db 0b00011111,0b00000001 code_dig5: .db 0b00011111,0b00000110 code_dig6: .db 0b00011111,0b00001110 code_dig7: .db 0b00010000,0b00000011 code_dig8: .db 0b00011111,0b00001111 code_dig9: .db 0b00011111,0b00000111 ; 0 1 2 3 4 5 6 7 8 9 led_dig: .db 0b00000011,0b10011111,0b00100101,0b00001101,0b10011001,0b01001001,0b01000001,0b00011111,0b00000001,0b00001001 code3_dig0: .db 0b11111010;,0b00000000 code3_dig1: .db 0b10000010;,0b00000000 code3_dig2: .db 0b10111001;,0b00000000 code3_dig3: .db 0b10101011;,0b00000000 code3_dig4: .db 0b11000011;,0b00000000 code3_dig5: .db 0b01101011;,0b00000000 code3_dig6: .db 0b01111011;,0b00000000 code3_dig7: .db 0b10100010;,0b00000000 code3_dig8: .db 0b11111011;,0b00000000 code3_dig9: .db 0b11101011;,0b00000000 ;bl_trOK: .DB 6,_CR,_LF,_O,_K,_CR,_LF ;bl_tr_error: .DB 9,_CR,_LF,_E,_R,_R,_O,_R,_CR,_LF ;bl_tr_ready: .DB 9,_CR,_LF,_R,_E,_A,_D,_Y,_CR,_LF ;bl_tr_name: .DB 7,_CR,_LF,_N,_A,_M,_E,_strr ;bl_tr_cmd: .DB 5,_CR,_LF,_C,_M,_D ;bl_tr_cmd_e: .DB 4,_C,_M,_D,_strr ;Hdata186_0: .DB 3,0x86,0x00,0b11010110 ;TDA9885 ;Hdata186_1: .DB 3,0x86,0x01,0b01110000 ;TDA9885 ;Hdata186_2: .DB 3,0x86,0x02,0b00001101 ;data mode IF 5,5 MHz ;Hdata186_3: .DB 3,0x86,0x02,0b00001111 ;data mode IF 6,5 MHz ;---- SECAM 93MHz ------------------------ ;Hdata1C0: .DB 5,0xC0,0x0A,0x42,0xC8,0x01;,0xD8,0x60 ;TDA6500 ;---- PAL 210MHz ------------------------ ;Hdata2C0: .DB 5,0xC0,0x13,0x66,0xC8,0x02;,0xD8,0x60 ;TDA6500 ; ;---- PAL 487MHz ------------------------ ;Hdata3C0: .DB 5,0xC0,0x29,0x0A,0xC8,0x04;,0xD8,0x60 ;TDA6500 ;================== THOMSON =============================== ;---- SECAM 93MHz ------------------------ ;Tdata186_0: .DB 3,0x84,0x00,0xD6 ;TDA9885 ;Tdata186_1: .DB 3,0x84,0x01,0x70 ;TDA9885 ;Tdata186_2: .DB 3,0x84,0x02,0x0F ;TDA9885 ;Tdata1C0: .DB 5,0xC0,0x0A,0x50,0xC8,0x01;,0xD8,0x60 ;TDA6500 ;---- PAL 210MHz ------------------------ ;Tdata2C0: .DB 5,0xC0,0x13,0x66,0xC8,0x02;0xD8,0x60 ;TDA6500 ;---- PAL 487MHz ------------------------ ;Tdata3C0: .DB 5,0xC0,0x29,0x0A,0xC8,0x08;,0xD8,0x60 ;TDA6500 Globo_str1: .DB 7,0xB1,0x82,0x01,0x01,0x82,0x01,0x01 Globo_str3: .DB 7,0xB1,0x41,0x88,0x88,0x41,0x88,0x88 Globo_str2: .DB 7,0xB1,0xC1,0x00,0x00,0xC1,0x00,0x00 ;/////////////////////////////////////////////////////////////////////////////////////// lcd_string_start1: .DB _sp,_T,_E,_S,_T,_sp,_C,_Om,_Nm,_Tm,_Rm,_Om,_Lm,_Lm,_Em,_Rm .DB _sp,_sp,_sp,_sp,_sp,_sp,_Vm,_3,_dp,_1,_3,_0,_sp,_sp,_sp,_sp ;v.3.130 lcd_string_start4: .DB _M,_Em,_Mm,_Om,_Rm,_Ym,_sp,_E,_R,_R,_O,_R,_sp,_sp,_sp,_sp lcd_string_ready: .DB _R,_Em,_Am,_Dm,_Ym,_sp,_Tm,_Om,_sp,_Tm,_Em,_Sm,_Tm,_sp,_sp,_sp lcd_string_start5: .DB _sp,_S,_Em,_Lm,_Em,_Cm,_Tm,_sp,_D,_E,_V,_I,_C,_E,_sp,_sp .DB _sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp lcd_string_testON: .DB _Dm,_Em,_Vm,_Im,_Cm,_Em,_sp,_Tm,_Em,_Sm,_Tm,_Em,_Dm,_sp,_sp,_sp lcd_string_testOK: .DB _T,_Em,_Sm,_Tm,_sp,_O,_K,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp lcd_string_ERROR: .DB _E,_Rm,_Rm,_Om,_Rm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp blanc_screen: .DB _sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp .DB _sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp lcd_string_rdbld: .DB _sp,_T,_E,_S,_T,_sp,_C,_Om,_Nm,_Tm,_Rm,_Om,_Lm,_Lm,_Em,_Rm .DB _U,_P,_D,_A,_T,_E,_sp,_S,_O,_F,_T,_W,_A,_R,_E,_sp ;=============================================================================================== sel_device1: .DB _0,_1,_sp,_E,_R,_I,_sp,_1,_5,_L,_E,_J,_1,_0,_sp,_sp .DB _K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device2: .DB _0,_2,_sp,_E,_R,_I,_sp,_1,_6,_L,_E,_J,_0,_1,_sp,_sp .DB _K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device3: .DB _0,_3,_sp,_P,_H,_I,_sp,_2,_Km,_1,_1,_sp,_8,_6,_0,_6 .DB _6,_K,_Em,_Ym,_zp,_I,_R,_zp,_L,_Em,_Dm,_zp,_L,_Sm,_Nm,_Sm sel_device4: .DB _0,_4,_sp,_E,_R,_I,_sp,_1,_5,_L,_K,_1,_4,_sp,_sp,_sp .DB _K,_Em,_Ym,_Sm,_zp,_Jm,_Am,_Cm,_Km,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device5: .DB _0,_5,_sp,_P,_H,_I,_sp,_2,_Km,_1,_1,_sp,_4,_6,_0,_6 .DB _6,_K,_Em,_Ym,_zp,_I,_R,_zp,_L,_Em,_Dm,_zp,_L,_Sm,_Nm,_Sm sel_device6: .DB _0,_6,_sp,_P,_H,_I,_sp,_2,_Km,_1,_1,_sp,_5,_6,_0,_6 .DB _5,_K,_Em,_Ym,_zp,_I,_R,_zp,_L,_Em,_Dm,_zp,_L,_Sm,_Nm,_Sm sel_device7: .DB _0,_7,_sp,_P,_H,_I,_sp,_2,_Km,_1,_1,_sp,_sp,_sp,_sp,_sp .DB _5,_K,_Em,_Ym,_zp,_I,_R,_zp,_L,_Em,_Dm,_zp,_L,_Sm,_Nm,_Sm sel_device8: .DB _0,_8,_sp,_E,_R,_I,_sp,_4,_2,_P,_S,_1,_0,_sp,_sp,_sp .DB _K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device9: .DB _0,_9,_sp,_H,_mi,_L,_C,_D,_sp,_3,_2,_0,_6,_sp,_sp,_sp .DB _K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device10: .DB _1,_0,_sp,_P,_H,_I,_sp,_2,_Km,_1,_1,_sp,_sp,_sp,_sp,_sp .DB _6,_K,_Em,_Ym,_zp,_I,_R,_zp,_L,_Em,_Dm,_zp,_L,_Sm,_Nm,_Sm sel_device11: .DB _1,_1,_sp,_H,_mi,_L,_C,_D,_2,_2,_1,_2,_sp,_sp,_sp,_sp .DB _I,_Nm,_Vm,_Em,_Rm,_Tm,_Om,_Rm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device12: .DB _1,_2,_sp,_H,_mi,_L,_C,_D,_1,_5,_0,_9,_sp,_sp,_sp,_sp .DB _I,_Nm,_Vm,_Em,_Rm,_Tm,_Om,_Rm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device13: .DB _1,_3,_sp,_E,_R,_I,_sp,_3,_2,_L,_D,_M,_0,_1,_sp,_sp .DB _K,_Em,_Ym,_Sm,_zp,_I,_R,_zp,_L,_Em,_Dm,_sp,_sp,_sp,_sp,_sp sel_device14: .DB _1,_4,_sp,_E,_R,_I,_sp,_3,_2,_L,_D,_M,_0,_1,_sp,_sp .DB _3,_sp,_K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device15: .DB _1,_5,_sp,_E,_R,_I,_2,_4,_L,_E,_S,_6,_1,_sp,_sp,_sp .DB _7,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device16: .DB _1,_6,_sp,_E,_R,_I,_2,_4,_L,_T,_1,_2,_sp,_sp,_sp,_sp .DB _7,_K,_Em,_Ym,_Sm,_zp,_I,_R,_zp,_L,_Em,_Dm,_sp,_sp,_sp,_sp sel_device17: .DB _1,_7,_sp,_E,_R,_I,_1,_9,_L,_E,_T,_2,_1,_sp,_sp,_sp .DB _7,_K,_Em,_Ym,_Sm,_zp,_L,_E,_D,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device18: .DB _1,_8,_sp,_E,_R,_I,_1,_9,_L,_E,_T,_1,_1,_sp,_sp,_sp .DB _7,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device19: .DB _1,_9,_sp,_E,_R,_I,_Xm,_Xm,_L,_K,_2,_0,_sp,_sp,_sp,_sp .DB _7,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device20: .DB _2,_0,_sp,_E,_R,_I,_sp,_Xm,_Xm,_L,_E,_S,_6,_1,_sp,_sp .DB _7,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device21: .DB _2,_1,_sp,_P,_H,_I,_sp,_Xm,_Xm,_P,_F,_L,_Xm,_Xm,_0,_4 .DB _I,_R,_zp,_L,_Em,_Dm,_Sm,_sp,_sp,_sp,_P,_A,_1,_kwl,_3,_kwr sel_device22: .DB _2,_2,_sp,_P,_H,_I,_sp,_Xm,_Xm,_P,_F,_L,_4,_9,_0,_6 .DB _6,_K,_Em,_Ym,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device23: .DB _2,_3,_sp,_Nm,_Om,_Tm,_sp,_Um,_Sm,_Em,_sp,_sp,_sp,_sp,_sp,_sp .DB _sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device24: .DB _2,_4,_sp,_Nm,_Om,_Tm,_sp,_Um,_Sm,_Em,_sp,_sp,_sp,_sp,_sp,_sp .DB _sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device25: .DB _2,_5,_sp,_Nm,_Om,_Tm,_sp,_Um,_Sm,_Em,_sp,_sp,_sp,_sp,_sp,_sp .DB _sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device26: .DB _2,_6,_sp,_Nm,_Om,_Tm,_sp,_Um,_Sm,_Em,_sp,_sp,_sp,_sp,_sp,_sp .DB _sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device27: .DB _2,_7,_sp,_T,_C,_L,_sp,_4,_0,_M,_1,_9,_E,_U,_sp,_sp .DB _K,_Em,_Ym,_Sm,_sp,_Cm,_Rm,_Om,_Sm,_Sm,_sp,_sp,_sp,_sp,_sp,_sp sel_device28: .DB _2,_8,_sp,_Nm,_Om,_Tm,_sp,_Um,_Sm,_Em,_sp,_sp,_sp,_sp,_sp,_sp .DB _sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device29: .DB _2,_9,_sp,_E,_R,_I,_sp,_1,_5,_L,_M,_1,_1,_sp,_sp,_sp .DB _K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device30: .DB _3,_0,_sp,_Tm,_Um,_Nm,_Em,_Rm,_sp,_H,_D,_X,_1,_0,_0,_sp .DB _L,_E,_D,_sp,_Dm,_Im,_Sm,_Pm,_Lm,_Am,_Ym,_zp,_Km,_Em,_Ym,_Sm sel_device31: .DB _3,_1,_sp,_Tm,_Um,_Nm,_Em,_Rm,_sp,_T,_S,_sp,_9,_6,_0,_0 .DB _V,_F,_D,_sp,_Dm,_Im,_Sm,_Pm,_Lm,_Am,_Ym,_zp,_Km,_Em,_Ym,_Sm sel_device32: .DB _3,_2,_sp,_T,_U,_N,_E,_R,_sp,_S,_A,_T,_sp,_sp,_sp,_sp .DB _L,_E,_D,_sp,_Dm,_Im,_Sm,_Pm,_Lm,_Am,_Ym,_sp,_sp,_sp,_sp,_sp sel_device33: .DB _3,_3,_sp,_T,_U,_N,_E,_R,_sp,_4,_1,_0,_0,_C,_pl,_sp .DB _L,_E,_D,_sp,_Dm,_Im,_Sm,_Pm,_Lm,_Am,_Ym,_sp,_sp,_sp,_sp,_sp sel_device34: .DB _3,_4,_sp,_E,_R,_I,_sp,_1,_5,_L,_C,_3,_0,_sp,_sp,_sp .DB _K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device35: .DB _3,_5,_sp,_T,_U,_N,_E,_R,_sp,_C,_X,_2,_0,_sp,_sp,_sp .DB _L,_E,_D,_sp,_Dm,_Im,_Sm,_Pm,_Lm,_Am,_Ym,_sp,_sp,_sp,_sp,_sp sel_device36: .DB _3,_6,_sp,_T,_U,_N,_E,_R,_sp,_7,_3,_1,_0,_V,_sp,_sp .DB _V,_F,_D,_sp,_Dm,_Im,_Sm,_Pm,_Lm,_Am,_Ym,_zp,_Km,_Em,_Ym,_Sm sel_device37: .DB _3,_7,_sp,_B,_B,_K,_sp,_3,_2,_L,_T,_1,_8,_sp,_sp,_sp .DB _K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device38: .DB _3,_8,_sp,_B,_B,_K,_sp,_3,_2,_L,_T,_1,_8,_sp,_sp,_sp .DB _I,_R,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device39: .DB _3,_9,_sp,_E,_R,_I,_sp,_1,_5,_L,_M,_0,_8,_sp,_sp,_sp .DB _K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device40: .DB _4,_0,_sp,_E,_R,_I,_sp,_2,_2,_L,_D,_J,_0,_8,_sp,_sp .DB _K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device41: .DB _4,_1,_sp,_E,_R,_I,_sp,_1,_5,_L,_J,_1,_8,_sp,_sp,_sp .DB _K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device42: .DB _4,_2,_sp,_H,_mi,_L,_C,_D,_1,_5,_0,_9,_sp,_sp,_sp,_sp .DB _I,_Nm,_Vm,_Em,_Rm,_Tm,_Om,_Rm,_sp,_2,_0,_1,_0,_sp,_sp,_sp sel_device43: .DB _4,_3,_sp,_H,_mi,_L,_C,_D,_1,_5,_1,_0,_sp,_sp,_sp,_sp .DB _I,_Nm,_Vm,_Em,_Rm,_Tm,_Om,_Rm,_sp,_2,_0,_1,_0,_sp,_sp,_sp sel_device44: .DB _4,_4,_sp,_T,_Om,_Sm,_Hm,_Im,_Bm,_Am,_sp,_M,_S,_T,_sp,_sp .DB _K,_Em,_Ym,_Sm,_sp,_Cm,_Om,_Nm,_Nm,_sp,_4,_sp,_Pm,_Im,_Nm,_sp sel_device45: .DB _4,_5,_sp,_T,_Om,_Sm,_Hm,_Im,_Bm,_Am,_sp,_M,_S,_T,_sp,_sp .DB _I,_R,_zp,_L,_E,_D,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device46: .DB _4,_6,_sp,_P,_H,_I,_sp,_Xm,_Xm,_P,_F,_L,_Xm,_Xm,_0,_5 .DB _6,_sp,_Km,_Em,_Ym,_Sm,_sp,_Wm,_sp,_Cm,_Am,_Bm,_Lm,_Em,_sp,_sp sel_device47: .DB _4,_7,_sp,_P,_H,_I,_sp,_Xm,_Xm,_P,_F,_L,_Xm,_Xm,_0,_5 .DB _5,_sp,_Km,_Em,_Ym,_Sm,_sp,_Wm,_sp,_Cm,_Am,_Bm,_Lm,_Em,_sp,_sp sel_device48: .DB _4,_8,_sp,_T,_U,_N,_E,_R,_sp,_5,_1,_0,_0,_Im,_R,_sp .DB _L,_E,_D,_sp,_Dm,_Im,_Sm,_Pm,_Lm,_Am,_Ym,_sp,_sp,_sp,_sp,_sp sel_device49: .DB _4,_9,_sp,_P,_H,_I,_sp,_Xm,_Xm,_P,_F,_L,_3,_6,_0,_5 .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device50: .DB _5,_0,_sp,_B,_B,_K,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device51: .DB _5,_1,_sp,_B,_B,_K,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp .DB _I,_R,_zp,_L,_E,_D,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device52: .DB _5,_2,_sp,_P,_H,_I,_sp,_2,_Km,_1,_0,_sp,_M,_O,_N,_E .DB _K,_Em,_Ym,_zp,_I,_R,_zp,_L,_Em,_Dm,_zp,_L,_Sm,_Em,_Nm,_Sm sel_device53: .DB _5,_3,_sp,_S,_H,_A,_R,_P,_sp,_F,_A,_Z,_A,_1,_C,_sp .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device54: .DB _5,_4,_sp,_S,_H,_A,_R,_P,_sp,_F,_A,_Z,_A,_2,_C,_sp .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device55: .DB _5,_5,_sp,_P,_H,_I,_sp,_2,_Km,_1,_0,_sp,_M,_O,_N,_E .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device56: .DB _5,_6,_sp,_P,_H,_I,_sp,_2,_Km,_1,_0,_sp,_M,_O,_N,_E .DB _I,_R,_zp,_L,_E,_D,_zp,_L,_mi,_Sm,_Em,_Nm,_Sm,_sp,_sp,_sp sel_device57: .DB _5,_7,_sp,_H,_mi,_L,_C,_D,_3,_2,_1,_2,_sp,_sp,_sp,_sp .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device58: .DB _5,_8,_sp,_H,_mi,_L,_C,_D,_V,_D,_2,_2,_0,_0,_sp,_sp .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device59: .DB _5,_9,_sp,_H,_mi,_L,_C,_D,_mi,_2,_2,_0,_0,_sp,_sp,_sp .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device60: .DB _6,_0,_sp,_P,_H,_I,_sp,_9,_7,_0,_5,_sp,_sp,_sp,_sp,_sp .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device61: .DB _6,_1,_sp,_P,_H,_I,_sp,_Xm,_Xm,_P,_F,_L,_3,_4,_0,_5 .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device62: .DB _6,_2,_sp,_Nm,_Om,_Tm,_sp,_Um,_Sm,_Em,_sp,_sp,_sp,_sp,_sp,_sp .DB _sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device63: .DB _6,_3,_sp,_P,_H,_I,_sp,_4,_7,_P,_F,_L,_3,_6,_0,_5 .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device64: .DB _6,_4,_sp,_P,_H,_I,_sp,_Xm,_Xm,_P,_F,_L,_3,_4,_1,_5 .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device65: .DB _6,_5,_sp,_E,_R,_I,_sp,_1,_5,_L,_J,_3,_0,_sp,_sp,_sp .DB _K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device66: .DB _6,_6,_sp,_S,_H,_A,_R,_P,_sp,_3,_2,_S,_H,_7,_sp,_sp .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device67: .DB _6,_7,_sp,_S,_H,_A,_R,_P,_sp,_Xm,_Xm,_L,_E,_3,_2,_0 .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device68: .DB _6,_8,_sp,_T,_U,_N,_E,_R,_sp,_5,_4,_0,_0,_sp,_sp,_sp .DB _L,_E,_D,_sp,_Dm,_Im,_Sm,_Pm,_Lm,_Am,_Ym,_sp,_sp,_sp,_sp,_sp sel_device69: .DB _6,_9,_sp,_B,_B,_K,_2,_2,_1,_3,_sp,_sp,_sp,_sp,_sp,_sp .DB _sp,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device70: .DB _7,_0,_sp,_B,_B,_K,_3,_2,_2,_4,_sp,_sp,_sp,_sp,_sp,_sp .DB _5,_sp,_Km,_Em,_Ym,_Sm,_sp,_D,_V,_D,_sp,_sp,_sp,_sp,_sp,_sp sel_device71: .DB _7,_1,_sp,_B,_B,_K,_3,_2,_2,_4,_sp,_sp,_sp,_sp,_sp,_sp .DB _7,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device72: .DB _7,_2,_sp,_H,_mi,_L,_C,_D,_mi,_2,_4,_0,_0,_sp,_sp,_sp .DB _Km,_Em,_Ym,_Sm,_zp,_L,_E,_D,_zp,_I,_R,_sp,_sp,_sp,_sp,_sp sel_device73: .DB _7,_3,_sp,_H,_mi,_L,_C,_D,_V,_D,_2,_2,_0,_0,_sp,_sp .DB _3,_sp,_Km,_Em,_Ym,_Sm,_sp,_D,_V,_D,_sp,_sp,_sp,_sp,_sp,_sp sel_device74: .DB _7,_4,_sp,_B,_B,_K,_3,_2,_2,_9,_sp,_sp,_sp,_sp,_sp,_sp .DB _7,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device75: .DB _7,_5,_sp,_B,_B,_K,_1,_9,_2,_9,_sp,_sp,_sp,_sp,_sp,_sp .DB _7,_sp,_Km,_Em,_Ym,_Sm,_sp,_U,_S,_B,_sp,_sp,_sp,_sp,_sp,_sp sel_device76: .DB _7,_6,_sp,_H,_mi,_L,_E,_D,_1,_9,_sp,_sp,_sp,_sp,_sp,_sp .DB _I,_Nm,_Vm,_Em,_Rm,_Tm,_Om,_Rm,_sp,_L,_E,_D,_sp,_sp,_sp,_sp sel_device77: .DB _7,_7,_sp,_H,_mi,_L,_E,_D,_2,_4,_sp,_sp,_sp,_sp,_sp,_sp .DB _I,_Nm,_Vm,_Em,_Rm,_Tm,_Om,_Rm,_sp,_L,_E,_D,_sp,_sp,_sp,_sp sel_device78: .DB _7,_8,_sp,_H,_mi,_L,_E,_D,_2,_4,_V,_2,_sp,_sp,_sp,_sp .DB _9,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device79: .DB _7,_9,_sp,_B,_B,_K,_2,_4,_2,_8,_sp,_sp,_sp,_sp,_sp,_sp .DB _7,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device80: .DB _8,_0,_sp,_E,_R,_I,_sp,_2,_2,_L,_M,_0,_2,_sp,_sp,_sp .DB _7,_sp,_K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device81: .DB _8,_1,_sp,_E,_R,_I,_sp,_2,_2,_L,_M,_0,_3,_sp,_sp,_sp .DB _6,_sp,_K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device82: .DB _8,_2,_sp,_E,_R,_I,_sp,_2,_2,_L,_M,_0,_3,_sp,_sp,_sp .DB _I,_R,_zp,_L,_E,_D,_Sm,_zp,_k,_e,_y,_sp,_sp,_sp,_sp,_sp sel_device83: .DB _8,_3,_sp,_H,_mi,_3,_2,_1,_0,_sp,_sp,_sp,_sp,_sp,_sp,_sp .DB _6,_sp,_K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device84: .DB _8,_4,_sp,_H,_mi,_3,_2,_1,_0,_sp,_sp,_sp,_sp,_sp,_sp,_sp .DB _I,_R,_zp,_L,_E,_D,_Sm,_zp,_k,_e,_y,_sp,_sp,_sp,_sp,_sp sel_device85: .DB _8,_5,_sp,_H,_mi,_3,_2,_0,_0,_sp,_sp,_sp,_sp,_sp,_sp,_sp .DB _9,_sp,_K,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device86: .DB _8,_6,_sp,_B,_B,_K,_2,_2,_3,_0,_sp,_sp,_sp,_sp,_sp,_sp .DB _7,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp sel_device87: .DB _8,_7,_sp,_E,_R,_I,_mi,_4,_2,_P,_C,_2,_0,_sp,_sp,_sp .DB _7,_sp,_Km,_Em,_Ym,_Sm,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp,_sp ;=============================================================================================== ;байты 0-15: верхняя,нижняя границы послед.кнопок, ;байт 16: проверяемые кнопки (0-проверяется, 1-не проверяется) ;байт 17: бит 0 - (1- для проверки кнопок IN6, Pullup resistor = 100kOm) ; бит 1 - (1- ИК не проверяется) ; бит 2 - (1- LED не проверяется) ;; бит 3 - (0- ADC0 1-ADC1 проверить кнопки) ; бит 4 - (1- проверить аудиовыход - телеф.гнездо) ; бит 5 - (1- IN0 puldown) ; бит 6 - (1- дополнит задержка 1 сек перед проверкой кнопок) prof1_data: .DB 0x1F,0x15,0x4B,0x41,0x70,0x66,0x1A,0x11,0x05,0x00,0x58,0x4D,0x44,0x3A,0,0,0b10000000,0b00000110 prof2_data: .DB 0x20,0x16,0x4B,0x41,0x70,0x66,0x58,0x4D,0x44,0x3A,0x1A,0x11,0x05,0x00,0,0,0b10000000,0b00000110 prof3_data: .DB 0x65,0x59,0x83,0x78,0x05,0x00,0x46,0x3A,0x2E,0x23,0x19,0x10,0,0,0,0,0b11000000,0b00100000 prof4_data: .DB 0x05,0x00,0x81,0x78,0x39,0x30,0x56,0x4B,0x70,0x65,0x5B,0x51,0x91,0x88,0,0,0b10000000,0b00000010 prof5_data: .DB 0x26,0x20,0x31,0x2A,0x05,0x00,0x18,0x12,0x12,0x0B,0x0A,0x05,0,0,0,0,0b11000000,0b00100000 prof6_data: .DB 0x73,0x60,0x95,0x82,0x20,0x10,0x65,0x52,0x56,0x40,0x3A,0x22,0,0,0,0,0b11000100,0b00000000 prof7_data: .DB 0x83,0x70,0xA5,0x92,0x20,0x10,0x65,0x52,0x49,0x36,0x36,0x22,0,0,0,0,0b11000100,0b00000000 prof8_data: .DB 0x6B,0x63,0x47,0x3E,0x25,0x1D,0x6A,0x62,0x05,0x00,0x41,0x39,0x54,0x4A,0,0,0b10000000,0b00000110 prof9_data: .DB 0x6B,0x63,0x47,0x3E,0x85,0x7A,0x26,0x1B,0x05,0x00,0x6B,0x61,0x54,0x4A,0x42,0x37,0b00000000,0b00000110 prof10_data: .DB 0x83,0x70,0xA5,0x92,0x20,0x10,0x65,0x52,0x49,0x36,0x36,0x22,0,0,0,0,0b11000000,0b00000000 prof11_data: .DB 0x05,0x00,0x05,0x00,0x44,0x3A,0xB5,0xAA,0x82,0x77,0x44,0x3A,0x82,0x77,0,0,0b11111111,0b00000010 prof12_data: .DB 0x05,0x00,0x05,0x00,0x44,0x3A,0xB5,0xAA,0x82,0x77,0x44,0x3A,0x82,0x77,0,0,0b11111111,0b00000010 prof13_data: .DB 0x05,0x00,0x62,0x59,0x33,0x2A,0x48,0x40,0x11,0x08,0x21,0x17,0x82,0x77,0,0,0b11000000,0b00000000 prof14_data: .DB 0x05,0x00,0x11,0x08,0x21,0x17,0x48,0x40,0x11,0x08,0x21,0x17,0x82,0x77,0,0,0b11111000,0b00000110 prof15_data: .DB 0x05,0x00,0x86,0x7E,0xC5,0xC1,0x05,0x00,0x44,0x39,0x85,0x7B,0xC6,0xC2,0,0,0b10000000,0b00000110 prof16_data: .DB 0x55,0x4F,0x37,0x31,0x26,0x1E,0x1B,0x14,0x12,0x0B,0x0A,0x04,0x03,0x00,0,0,0b10000000,0b00000000 prof17_data: .DB 0x07,0x00,0xB1,0xA8,0xCB,0xC3,0x93,0x88,0x74,0x69,0x55,0x4A,0x32,0x27,0,0,0b10000000,0b00000010 prof18_data: .DB 0x42,0x37,0x90,0x85,0x9F,0x94,0x80,0x75,0x70,0x65,0x60,0x55,0x4C,0x44,0,0,0b10000000,0b01000010 prof19_data: .DB 0x05,0x00,0x81,0x78,0x39,0x30,0x56,0x4B,0x70,0x65,0x5B,0x51,0x91,0x88,0,0,0b10000000,0b00000110 prof20_data: .DB 0x05,0x00,0x8A,0x80,0xC8,0xBA,0x05,0x00,0x46,0x3A,0x8A,0x80,0xC8,0xBA,0,0,0b10000000,0b00000111 prof21_data: .DB 0x05,0,0x1F,0x12,0x35,0x2A,0x52,0x49,0x6F,0x64,0xA0,0x9A,0x8A,0x80,0,0,0b11111111,0b00000000 prof22_data: .DB 0x10,0x05,0x34,0x28,0x61,0x5A,0x42,0x38,0x59,0x4E,0x7A,0x70,0x8A,0x80,0,0,0b11000000,0b00000110 prof23_data: .DB 0x05,0x00,0x86,0x7D,0xF5,0xE8,0x86,0x7D,0xCB,0xC2,0x05,0x00,0x5A,0x50,0,0,0b10000000,0b00000110 prof24_data: .DB 0x05,0,0x1F,0x12,0x35,0x2A,0x52,0x49,0x6F,0x64,0xA0,0x9A,0x8A,0x80,0,0,0b11111111,0b00000000 prof25_data: .DB 0x05,0,0x1F,0x12,0x35,0x2A,0x52,0x49,0x6F,0x64,0xA0,0x9A,0x8A,0x80,0,0,0b11111111,0b00000010 prof26_data: .DB 0x79,0x6F,0x56,0x4A,0x2B,0x22,0x42,0x38,0x13,0x07,0x1F,0x12,0x67,0x5A,0,0,0b11000000,0b00000110 prof27_data: .DB 0xF0,0xE6,0x90,0x85,0xCA,0xC0,0x57,0x4D,0xB0,0xA4,0xFF,0xFA,0x00,0x00,0,0,0b11111111,0b00000010 prof28_data: .DB 0x7A,0x70,0x57,0x4D,0x2B,0x22,0x42,0x37,0x13,0x08,0x1B,0x11,0x00,0x00,0,0,0b11000000,0b00000110 prof29_data: .DB 0x05,0x00,0x11,0x08,0x21,0x17,0x33,0x29,0x48,0x40,0x7A,0x6E,0x62,0x57,0,0,0b10000000,0b00000110 prof30_data: .DB 0x05,0,0x1F,0x12,0x35,0x2A,0x52,0x49,0x6F,0x64,0xA0,0x9A,0x8A,0x80,0,0,0b11111111,0b00000000 prof31_data: .DB 0x05,0,0x1F,0x12,0x35,0x2A,0x52,0x49,0x6F,0x64,0xA0,0x9A,0x8A,0x80,0,0,0b11111111,0b00000000 prof32_data: .DB 0x05,0,0x1F,0x12,0x35,0x2A,0x52,0x49,0x6F,0x64,0xA0,0x9A,0x8A,0x80,0,0,0b11111111,0b00000000 prof33_data: .DB 0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0,0,0b11111111,0b00000000 prof34_data: .DB 0x52,0x44,0x0D,0x02,0x1D,0x11,0x42,0x36,0x5A,0x4D,0x6E,0x62,0x82,0x75,0,0,0b10000000,0b00000110 prof35_data: .DB 0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0,0,0b11111111,0b00000000 prof36_data: .DB 0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0,0,0b11111111,0b00000000 prof37_data: .DB 0x7B,0x75,0x83,0x7E,0x8A,0x85,0x91,0x8B,0x98,0x92,0x9F,0x99,0xA6,0xA0,0,0,0b10000000,0b00000110 prof38_data: .DB 0x7B,0x75,0x83,0x7E,0x8A,0x85,0x91,0x8B,0x98,0x92,0x9F,0x99,0xA6,0xA0,0,0,0b11111111,0b00000000 prof39_data: .DB 0x05,0x00,0x62,0x59,0x33,0x2A,0x48,0x40,0x11,0x08,0x21,0x17,0x7A,0x70,0,0,0b10000000,0b00000110 prof40_data: .DB 0x20,0x15,0x4B,0x42,0x70,0x65,0x58,0x4E,0x44,0x3A,0x1B,0x11,0x05,0x00,0,0,0b10000000,0b00000010 prof41_data: .DB 0x4B,0x42,0x71,0x65,0x05,0x00,0x1B,0x13,0x44,0x3A,0x58,0x4E,0x1F,0x15,0,0,0b10000000,0b00000110 prof42_data: .DB 0x05,0x00,0x05,0x00,0x44,0x3A,0xB5,0xAA,0x82,0x77,0x44,0x3A,0x82,0x77,0,0,0b11111111,0b00000010 prof43_data: .DB 0x05,0x00,0x05,0x00,0x44,0x3A,0xB5,0xAA,0x82,0x77,0x44,0x3A,0x82,0x77,0,0,0b11111111,0b00000010 prof44_data: .DB 0x5A,0x53,0x77,0x71,0x9F,0x97,0x0F,0x07,0x21,0x18,0x51,0x48,0x8C,0x84,0,0,0b10000000,0b00000110 prof45_data: .DB 0x05,0,0x1F,0x12,0x35,0x2A,0x52,0x49,0x6F,0x64,0xA0,0x9A,0x8A,0x80,0,0,0b11111111,0b00000000 prof46_data: .DB 0x36,0x2F,0x54,0x4B,0x71,0x68,0x9D,0x94,0x89,0x81,0xB2,0xA8,0x00,0x00,0,0,0b11000000,0b00000110 prof47_data: .DB 0x36,0x2F,0x54,0x4B,0x71,0x68,0x9D,0x94,0x89,0x81,0xB2,0xA8,0x00,0x00,0,0,0b11100000,0b00000110 prof48_data: .DB 0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0,0,0b11111111,0b00000000 prof49_data: .DB 0x05,0x00,0x28,0x20,0x6C,0x65,0x45,0x3C,0x11,0x07,0x61,0x58,0x00,0x00,0,0,0b11000000,0b00000110 prof50_data: .DB 0x05,0x00,0x4B,0x42,0x5A,0x51,0x1B,0x12,0x6A,0x61,0x33,0x29,0x49,0x40,0,0,0b10000000,0b00000110 prof51_data: .DB 0x05,0x00,0x4B,0x42,0x5A,0x51,0x1B,0x12,0x6A,0x61,0x33,0x29,0x49,0x40,0,0,0b11111111,0b00000000 prof52_data: .DB 0xA9,0x9F,0xDA,0xD0,0x05,0x00,0x75,0x6A,0x4A,0x41,0x2A,0x21,0x49,0x40,0,0,0b11000000,0b00000000 prof53_data: .DB 0x05,0x00,0x43,0x39,0x33,0x29,0x11,0x07,0x62,0x57,0x25,0x1A,0x6A,0x61,0,0,0b10000000,0b00000110 prof54_data: .DB 0x99,0x90,0x69,0x60,0x4E,0x45,0x8B,0x82,0x52,0x47,0x2B,0x20,0x12,0x07,0,0,0b10000000,0b00000110 prof55_data: .DB 0xA9,0x9F,0xDA,0xD0,0x05,0x00,0x75,0x6A,0x4A,0x41,0x2A,0x21,0x49,0x40,0,0,0b11000000,0b00000110 prof56_data: .DB 0xA9,0x9F,0xDA,0xD0,0x05,0x00,0x75,0x6A,0x4A,0x41,0x2A,0x21,0x49,0x40,0,0,0b11111111,0b00000000 prof57_data: .DB 0x10,0x05,0x1B,0x12,0x33,0x29,0x4C,0x42,0x61,0x55,0x86,0x7A,0x98,0x8B,0,0,0b10000000,0b00000110 prof58_data: .DB 0x10,0x05,0x1B,0x12,0x33,0x29,0x4C,0x42,0x61,0x55,0x86,0x7A,0x98,0x8B,0xB8,0xAD,0b00000000,0b00000010 prof59_data: .DB 0x6D,0x62,0x10,0x05,0x1B,0x12,0x33,0x29,0x4C,0x42,0x61,0x55,0x86,0x7A,0,0,0b10000000,0b00000110 prof60_data: .DB 0xA9,0x9F,0xDA,0xD0,0x05,0x00,0x75,0x6A,0x4A,0x41,0x2A,0x21,0x49,0x40,0,0,0b11000000,0b00000010 prof61_data: .DB 0x35,0x29,0x5B,0x52,0x78,0x6D,0xD2,0xC7,0xAC,0xA2,0x8D,0x83,0x00,0x00,0,0,0b11000000,0b00000110 prof62_data: .DB 0x1A,0x11,0x51,0x48,0x66,0x5B,0x5B,0x50,0x31,0x25,0x7A,0x70,0x05,0x00,0,0,0b10000000,0b00000110 prof63_data: .DB 0x12,0x08,0x32,0x28,0x62,0x58,0x12,0x08,0x32,0x28,0x62,0x58,0x00,0x00,0,0,0b11000000,0b00000110 prof64_data: .DB 0x2C,0x22,0x49,0x3F,0x71,0x65,0x12,0x09,0x36,0x2C,0x64,0x59,0x00,0x00,0,0,0b11000000,0b00000110 prof65_data: .DB 0x1F,0x15,0x44,0x3A,0x58,0x4D,0x05,0x00,0x1A,0x11,0x70,0x66,0x4B,0x41,0,0,0b10000000,0b00000110 prof66_data: .DB 0x4E,0x45,0x6B,0x61,0x99,0x8E,0x8D,0x85,0x52,0x48,0x2A,0x21,0x11,0x07,0,0,0b10000000,0b00000110 prof67_data: .DB 0x4E,0x45,0x6B,0x61,0x99,0x8D,0x2A,0x21,0x11,0x07,0x8E,0x85,0x52,0x48,0,0,0b10000000,0b00000110 prof68_data: .DB 0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0x58,0x4D,0,0,0b11111111,0b00000010 prof69_data: .DB 0x2E,0x27,0x04,0x00,0x0A,0x04,0x11,0x0B,0x19,0x13,0x04,0x00,0x1B,0x16,0,0,0b10000000,0b00000010 prof70_data: .DB 0x78,0x70,0x93,0x8A,0x81,0x78,0x05,0x00,0x6B,0x63,0x04,0x00,0x1B,0x16,0,0,0b11100000,0b00000010 prof71_data: .DB 0x05,0x00,0xB2,0xA4,0xD5,0xC8,0x96,0x89,0x81,0x74,0xC8,0xBB,0x86,0x7A,0,0,0b10000000,0b00000010 prof72_data: .DB 0x6D,0x62,0x10,0x05,0x1B,0x12,0x33,0x29,0x4C,0x42,0x61,0x55,0x86,0x7A,0,0,0b10000000,0b00000000 prof73_data: .DB 0x98,0x8B,0xB8,0xAD,0xC5,0xB9,0x1B,0x12,0x33,0x29,0x4C,0x42,0x61,0x55,0,0,0b11111000,0b00000110 prof74_data: .DB 0x7F,0x76,0x91,0x87,0xCB,0xC1,0x3F,0x35,0x89,0x7F,0xC9,0xC0,0x05,0x00,0,0,0b10000000,0b00000010 prof75_data: .DB 0x7F,0x76,0x91,0x87,0xCB,0xC1,0x3F,0x35,0x89,0x7F,0xC9,0xC0,0x05,0x00,0,0,0b10000000,0b00000010 prof76_data: .DB 0x05,0x00,0x05,0x00,0x44,0x3A,0xB5,0xAA,0x82,0x77,0x44,0x3A,0x82,0x77,0,0,0b11111111,0b00000010 prof77_data: .DB 0x05,0x00,0x05,0x00,0x44,0x3A,0xB5,0xAA,0x82,0x77,0x44,0x3A,0x82,0x77,0,0,0b11111111,0b00000010 prof78_data: .DB 0x7F,0x76,0x91,0x87,0xCB,0xC1,0x3F,0x35,0x89,0x7F,0xC9,0xC0,0x05,0x00,0,0,0b11111111,0b00000010 prof79_data: .DB 0x98,0x8D,0x82,0x75,0x72,0x65,0x5A,0x50,0x3A,0x30,0x1A,0x10,0x05,0x00,0,0,0b10000000,0b00000110 prof80_data: .DB 0x05,0x00,0x79,0x6E,0x21,0x17,0x12,0x08,0x49,0x3E,0x32,0x28,0x62,0x58,0,0,0b10000000,0b00000110 prof81_data: .DB 0x79,0x6E,0x21,0x17,0x12,0x08,0x49,0x3E,0x32,0x28,0x62,0x58,0,0,0x05,0x00,0b11000000,0b00000110 prof82_data: .DB 0x79,0x6E,0x21,0x17,0x12,0x08,0x49,0x3E,0x32,0x28,0x62,0x58,0,0,0x05,0x00,0b11111111,0b00000000 prof83_data: .DB 0x82,0x75,0x70,0x63,0x5A,0x4E,0x3A,0x30,0x1B,0x10,0x05,0x00,0,0,0x98,0x8D,0b11000000,0b00000110 prof84_data: .DB 0x05,0x00,0x21,0x17,0x12,0x08,0x49,0x3E,0x32,0x28,0x62,0x58,0,0,0x05,0x00,0b11111110,0b00000000 prof85_data: .DB 0x05,0x00,0x1B,0x13,0x3B,0x32,0x58,0x4D,0x6E,0x64,0x82,0x75,0xB5,0xAE,0xAD,0xA3,0b00000000,0b00000010 prof86_data: .DB 0x05,0x00,0x1B,0x13,0x25,0x1A,0x3A,0x30,0x1B,0x10,0x05,0x00,0,0,0x98,0x8D,0b11111000,0b00000010 prof87_data: .DB 0x05,0x00,0x3A,0x30,0x20,0x16,0x11,0x07,0x4D,0x42,0x41,0x39,0x38,0x30,0,0,0b10000000,0b00000110 prof13_1_data: .DB 0x62,0x59,0x33,0x2A,0x48,0x40,0x11,0x08,0x21,0x17,0x7A,0x6F,0x82,0x77,0,0,0b11000000,0b00000000 prof58_1_data: .DB 0xC5,0xB9,0x1B,0x12,0x33,0x29,0x4C,0x42,0x61,0x55,0x86,0x7A,0x98,0x8B,0,0,0b11111110,0b00000110 prof69_1_data: .DB 0x20,0x1B,0x19,0x14,0x5A,0x51,0x1B,0x12,0x6A,0x61,0x33,0x29,0x49,0x40,0,0,0b11111100,0b00000110 prof82_1_data: .DB 0x05,0x00,0x19,0x14,0x5A,0x51,0x1B,0x12,0x6A,0x61,0x33,0x29,0x49,0x40,0,0,0b11111110,0b00000110 prof85_1_data: .DB 0x98,0x8D,0x70,0x63,0x5A,0x4E,0x3A,0x30,0x1B,0x10,0x05,0x00,0,0,0x98,0x8D,0b11111110,0b00000010 prof86_1_data: .DB 0x05,0x00,0x70,0x63,0x5A,0x4E,0x3A,0x30,0x1B,0x10,0x05,0x00,0,0,0x98,0x8D,0b11111110,0b00001110 prof86_2_data: .DB 0x32,0x28,0x70,0x63,0x5A,0x4E,0x3A,0x30,0x1B,0x10,0x05,0x00,0,0,0x98,0x8D,0b11111110,0b00000110 prof86_3_data: .DB 0x20,0x15,0x12,0x06,0x5A,0x4E,0x3A,0x30,0x1B,0x10,0x05,0x00,0,0,0x98,0x8D,0b11111100,0b00001110 SatStringChDown: .DB 0x00,0x18,0x06,0xE6,0x18,0x1E SatStringChUp: .DB 0x00,0x18,0x06,0xE6,0x1E,0x1E SatStringVolDown: .DB 0x00,0x18,0x06,0xE6,0x06,0x1E SatStringVolUp: .DB 0x00,0x18,0x06,0xE6,0x78,0x1E SatStringStdBy: .DB 0x00,0x18,0x00,0x78,0x00,0x00 SatIrDataKey1: .DB 0x01,0x5B,0x00,0xAC .DB 0x00,0x16,0x00,0x15 .DB 0x00,0x16,0x00,0x15 .DB 0x00,0x16,0x00,0x40 .DB 0x00,0x15,0x00,0x16 .DB 0x00,0x15,0x00,0x16 .DB 0x00,0x15,0x00,0x16 .DB 0x00,0x15,0x00,0x16 .DB 0x00,0x15,0x00,0x16 .DB 0x00,0x15,0x00,0x40 .DB 0x00,0x16,0x00,0x41 .DB 0x00,0x15,0x00,0x41 .DB 0x00,0x15,0x00,0x40 .DB 0x00,0x15,0x00,0x41 .DB 0x00,0x15,0x00,0x41 .DB 0x00,0x15,0x00,0x42 .DB 0x00,0x14,0x00,0x41 .DB 0x00,0x15,0x00,0x41 .DB 0x00,0x15,0x00,0x15 .DB 0x00,0x16,0x00,0x16 .DB 0x00,0x15,0x00,0x16 .DB 0x00,0x15,0x00,0x40 .DB 0x00,0x16,0x00,0x16 .DB 0x00,0x15,0x00,0x15 .DB 0x00,0x15,0x00,0x16 .DB 0x00,0x15,0x00,0x17 .DB 0x00,0x14,0x00,0x41 .DB 0x00,0x15,0x00,0x41 .DB 0x00,0x15,0x00,0x40 .DB 0x00,0x16,0x00,0x15 .DB 0x00,0x16,0x00,0x40 .DB 0x00,0x16,0x00,0x40 .DB 0x00,0x16,0x00,0x40 .DB 0x00,0x16,0x00,0x00 ;0x00,0x16,0x05,0xD7 .DB 0x01,0x5A,0x00,0x56 .DB 0x00,0x16,0x00,0x00 ;1 - (кнопки посл.)(индекс кнопок:1(POWER),2(SOURCE),3(MENU),4(VOL-),5(VOL+),6(CH-),7(CH+)) (выв.PWR_K через 1k2, выв.K0 через 3k9, выв.K1 непосредств.) ;2 - (кнопки посл.)(индекс кнопок:1(POWER),2(SOURCE),3(MENU),4(CH-),5(CH+),6(VOL-),7(VOL+)) (выв.PWR_K через 1k2, выв.K0 через 3k9, выв.K1 непосредств.) ;3 - (ИФК,Leds,Light sensor) ;4 - (кнопки посл.)(индекс кнопок:1(POWER),2(MENU),3(VOL-),4(VOL+),5(CH-),6(CH+),7(SOURCE)) (pin6(ref.GND) непоср, 7 через 2k7, 8 через 5k1) ;5 - (ИФК,Leds,Light sensor) ;6 - (ИФК,Leds,Light sensor) ;7 - 5 кнопок,ИФК,светодиоды,Light sensor ;8 - (кнопки посл.) (индекс кнопок:1(SW7),2(SW1),3(SW2),4(SW4),5(SW3),6(SW6),7(SW5)) ;9 - (кнопки посл.) (индекс кнопок:1(SW7),2(SW1),3(SW8),3(SW2),4(SW3),5(SW4),6(SW5),7(SW6)) ;10 - 6 кнопок,ИФК,светодиоды,Light sensor ;11 - ;12 - ;13 - (ИФК,Leds,кнопки посл.) ;14 - (3 кнопки посл.) ;15 - (кнопки посл.) ;16 - (ИФК,Leds,кнопки посл.)(индекс кнопок:1(POWER),2(TV/AV),3(MENU),4(V-),5(V+),6(PR-),7(PR+)) ;17 - (Leds,кнопки посл.)(индекс кнопок:1(POWER),2(SOURCE),3(MENU),4(VOL+),5(VOL-),6(CH+),7(CH-)) ;18 -(кнопки MCU) (индекс кнопок:1(POWER),2(SOURCE),3(MENU),4(VOL+),5(VOL-),6(CH+),7(CH-)) ;19 - ;20 -(кнопки) (исп.дораб.контроллер IN6-pullup 100kOm) (индекс кнопок:1(POWER),2(SOURCE),3(MENU),4(VOL+),5(VOL-),6(CH+),7(CH-)) key0 и key1 соединить вместе ;21 - ИФК, leds ;22 - 6 кнопок) (индекс кнопок:1(POWER),2(CH-),3(CH+),4(HOME),5(VOL-),6(VOL+)) (key1 напрямую, key2 через 2,7кОм с key1) ;23 - (кнопки) разъем 4пин (2пин и 4пин - вместе, 1пин через рез 5,1кОм на 2 и 4 пин, 3пин на GND) ;24 - ИФК, Light sensor ;25 - (3- out1, 4-out2, 5- IO5, 6- IO6, 7- IO7) ;26 - ;27 - (кросс плата) ;28 - ;29 - (кнопки посл.)(индекс кнопок: 1(POWER),2(P+),3(P-),4(V+),5(V-),6(INPUT),7(MENU)) ;30 - display c VFD контроллером ;31 - ;32 - ;33 - ;34 - (кнопки посл.) (индекс кнопок:1(SW7),2(SW4),3(SW3),4(SW2),5(SW1),6(SW5),7(SW6)) ;35 ;36 - ;37 - кнопки сенсорные ;38 -ИФК ;39 - (кнопки посл.)(индекс кнопок:1(POWER),2(MENU),3(V+),4(V-),5(P+),6(P-),7(TV/AV)) ;40 - (кнопки посл.+ три кнопки DVD) (индекс кнопок:1(STBY),2(SOURCE),3(MENU),4(CH-),5(CH+),6(VOL-),7(VOL+)) (выв.PWR_K через 1k2, выв.K0 через 3k9, выв.K1 непосредств.) ;41 - (кнопки посл.) (индекс кнопок:,1(SOURCE),2(MENU),3(VOL+),4(VOL-),5(CH+),6(CH-),7(STBY)) ;42 - Инвертор узкие разъемы ;43 - Инвертор узкие разъемы ;44 - (кнопки) разъем 4пин (нога3 через 3k8) ;45 - (LED,IR) ;46 -(6 кнопок) с кабелем ;47 - (5 кнопок) с кабелем ;48 - display with MCU ;49 - (6 кнопок) (индекс кнопок:1(POWER),2(CH-),3(CH+),4(MENU),5(V-),6(V+)) (key1 через 1,2кОм соед. с key2 и pwr) ;50 - (кнопки посл.) (индекс кнопок:,1(POWER),2(TV/AV),3(MENU),4(CH-),5(CH+),6(VOL-),7(VOL+)) (ON-подкл. непосредств.,К1-через 3к8,К0-через 1к0) ;51 - (IR,LEDs (OA)) ;52 -(MONE) кнопки,ИФК,светодиоды,Light sensor ;53 - (индекс кнопок:,1(SW021),2(SW022),3(SW016),4(SW019),5(SW020),6(SW017),7(SW018)) пин3 через 1к0 ;54 - (индекс кнопок:,1(SW021),2(SW022),3(SW016),4(SW019),5(SW020),6(SW017),7(SW018)) пин2 через 2к2 ;55 - кнопки ;56 - ИФК,светодиод,Light sensor ;57 - (кнопки парал.)(индекс кнопок:1(POWER),2(MENU),3(VOL-),4(VOL+),5(CH-),6(CH+),7(TV/AV)) резисторы на каждую кнопку 470,1k0,2k2,3k8,5k6,10k,12k7 ;58 - (кнопки парал.)(индекс кнопок:1(MENU),2(VOL-),3(VOL+),4(CH-),5(CH+),6(TV/AV),7(OPEN),8(STOP),9(PLAY)) резисторы на каждую кнопку 470,1k0,2k2,3k8,5k6,10k,12k7,22k,27k ;59 - (кнопки парал.)(индекс кнопок:1(POWER),2(MENU),3(VOL-),4(VOL+),5(CH-),6(CH+),7(TV/AV)) резисторы на каждую кнопку 6k7,470,1k0,2k2,3k8,5k6,10k ;60 - Кнопки ;61 - (6 кнопок) (индекс кнопок:1(POWER),2(CH-),3(CH+),4(MENU),5(V-),6(V+)) (key1 напрямую, key2 через 1,2кОм с key1) ;62 - ;63 - (6 кнопок) (индекс кнопок:1(POWER),2(CH-),3(CH+),4(MENU),5(V-),6(V+)) (key1 через 1,2кОм соед. с key2 и pwr) ;64 - (6 кнопок) (индекс кнопок:1(POWER),2(CH-),3(CH+),4(MENU),5(V-),6(V+)) (key1 напрямую, key2 через 1,2кОм с key1) ;65 - (кнопки посл.)(индекс кнопок:1(POWER),2(CH+),3(CH-),4(VOL+),5(VOL-),6(MENU),7(SOURCE)) (выв.PWR_K через 1k2, выв.K0 через 3k9, выв.K1 непосредств.) ;66 - (индекс кнопок:,1(SW021),2(SW022),3(SW016),4(SW019),5(SW020),6(SW017),7(SW018)) пин2 через 2к2 ;67 - (кнопки парал.) (индекс кнопок:,1(SW021),2(SW022),3(SW016),4(SW019),5(SW020),6(SW017),7(SW018)) пин2 через 2к2 ;68 - display with MCU (pin JP1(board)-pin DB15: 1-13,2-7,3-6,4-15,5-5,7-4,8-3,9-2,10-15)доп провод соед.pin7(DB15)-нога 14 ATMega16(отсоединить от MAX232) ;69 - (кнопки посл.) (индекс кнопок:,1(POWER),2(TV/AV),3(MENU),4(CH-),5(CH+),6(VOL-),7(VOL+)) (ON-подкл. непосредств.,К1-через 3к8,К0-через 1к0) ;70 - (кнопки DVD .) (индекс кнопок:,1(PREV),2(NEXT),3(PLAY),4(STOP),5(EJECT)) резисторы (GND-K1 5k6, K1-K2 2k7, K2-K3 6k7) ;71 - (кнопки посл 7шт.) (индекс кнопок:,1(POWER),2(SOURCE),3(MENU),4(CH-),5(CH+),6(VOL-),7(VOL+)) (KT1-подкл. непосредств.,КT0-через 8к9) ;72 - (кнопки парал.+ ИФК, светодиоды)(индекс кнопок:1(POWER),2(MENU),3(VOL-),4(VOL+),5(CH-),6(CH+),7(TV/AV)) резисторы на каждую кнопку 6k7,470,1k0,2k2,3k8,5k6,10k ;73 - (кнопки DVD парал.)(индекс кнопок:1(OPEN),2(STOP),3(PLAY)) резисторы на каждую кнопку 12k7,22k,27k ;74 -кнопки посл 7шт.) (индекс кнопок:,1(SW1),2(SW2),3(SW3),4(SW4),5(SW5),6(SW6),7(SW7)) (KT1-подкл. непосредств.,КT0-через 8к9) ;75 - (кнопки посл 7шт.+ разъем USB) (индекс кнопок:,1(SW1),2(SW2),3(SW3),4(SW4),5(SW5),6(SW6),7(SW7)) (KT1-подкл. непосредств.,КT0-через 8к9) (USBvcc - pin2, ...) ;76 - инвертор LED (12v-pin5,ADJ-pin6,ON-pin7,MetAnalog-pin3,RelON-pin9,Swicher-pin11) ;77 - инвертор LED (12v-pin5,ADJ-pin6,ON-pin7,MetAnalog-pin3,RelON-pin9,Swicher-pin11) ;78 - (кнопки посл.) (индекс кнопок:,1(MENU),2(CH-),3(CH+),4(V-),5(V+),6(TV/AV),7(PLAY),8(OPEN),9(POWER)) (4pin 1-GND,2-непоср,3-2к7,4-3к8) (3pin 1-1k0,2-1k2,3-GND) ;79 - (кнопки парал.) (индекс кнопок:,1(POWER),2(TV/AV),3(MENU),4(CH-),5(CH+),6(VOL-),7(VOL+)) (POWER-12k8.,TV/AV-9k0....6k8,4k7,2k7,1k0,0R) ;80 - (кнопки посл.)(индекс кнопок:1(POWER),2(AV),3(P-),4(P+),5(V-),6(V+),7(Menu)) ;81 - (кнопки посл.)(индекс кнопок:1(AV),2(P-),3(P+),4(V-),5(V+),6(Menu)) ;82 - (IR,LEDs (OA)+кнопка) ;83 - (кнопки парал.) (индекс кнопок:1(TV/AV),2(CH+),3(CH-),4(VOL+),5(VOL-),6(MENU)) (TV/AV-9k0....6k8,4k7,2k7,1k0,0R) ;84 - (IR,LEDs (OK)+кнопка) ;85 - (кнопки парал. 9шт) (индекс кнопок:1(Menu),2(VOL-),3(VOL+),4(CH-),5(CH+),6(TV/AV),7(OPEN),8(STOP),9(PLAY)) (0R,1k0,2k7,4k7,6k8,9k0,22k,17k8,12k8) ;86 -(1930) (кнопки посл.) (индекс кнопок:,1(POWER),2(TV/AV),3(MENU),4(CH-),5(CH+),6(VOL-),7(VOL+)) (ON-подкл. непосредств.,К0-на ADC1,К1-через 1к0) ;87 - (кнопки посл.) (индекс кнопок:,1(POWER),2(TV/AV),3(MENU),4(VOL-),5(VOL+),6(CH-),7(CH+)) K1- непоср, К3 - через 2k7