#line 1 "radio.c" /0 #line 1 "E:\KEIL\C51\INC\REG52.H" /0 sfr P0 = 0x80; sfr P1 = 0x90; sfr P2 = 0xA0; sfr P3 = 0xB0; sfr PSW = 0xD0; sfr ACC = 0xE0; sfr B = 0xF0; sfr SP = 0x81; sfr DPL = 0x82; sfr DPH = 0x83; sfr PCON = 0x87; sfr TCON = 0x88; sfr TMOD = 0x89; sfr TL0 = 0x8A; sfr TL1 = 0x8B; sfr TH0 = 0x8C; sfr TH1 = 0x8D; sfr IE = 0xA8; sfr IP = 0xB8; sfr SCON = 0x98; sfr SBUF = 0x99; sfr T2CON = 0xC8; sfr RCAP2L = 0xCA; sfr RCAP2H = 0xCB; sfr TL2 = 0xCC; sfr TH2 = 0xCD; sbit CY = PSW^7; sbit AC = PSW^6; sbit F0 = PSW^5; sbit RS1 = PSW^4; sbit RS0 = PSW^3; sbit OV = PSW^2; sbit P = PSW^0; sbit TF1 = TCON^7; sbit TR1 = TCON^6; sbit TF0 = TCON^5; sbit TR0 = TCON^4; sbit IE1 = TCON^3; sbit IT1 = TCON^2; sbit IE0 = TCON^1; sbit IT0 = TCON^0; sbit EA = IE^7; sbit ET2 = IE^5; sbit ES = IE^4; sbit ET1 = IE^3; sbit EX1 = IE^2; sbit ET0 = IE^1; sbit EX0 = IE^0; sbit PT2 = IP^5; sbit PS = IP^4; sbit PT1 = IP^3; sbit PX1 = IP^2; sbit PT0 = IP^1; sbit PX0 = IP^0; sbit RD = P3^7; sbit WR = P3^6; sbit T1 = P3^5; sbit T0 = P3^4; sbit INT1 = P3^3; sbit INT0 = P3^2; sbit TXD = P3^1; sbit RXD = P3^0; sbit SM0 = SCON^7; sbit SM1 = SCON^6; sbit SM2 = SCON^5; sbit REN = SCON^4; sbit TB8 = SCON^3; sbit RB8 = SCON^2; sbit TI = SCON^1; sbit RI = SCON^0; sbit T2EX = P1^1; sbit T2 = P1^0; sbit TF2 = T2CON^7; sbit EXF2 = T2CON^6; sbit RCLK = T2CON^5; sbit TCLK = T2CON^4; sbit EXEN2 = T2CON^3; sbit TR2 = T2CON^2; sbit C_T2 = T2CON^1; sbit CP_RL2 = T2CON^0; #line 9 "radio.c" /0 #line 1 "E:\KEIL\C51\INC\ABSACC.H" /0 #line 24 "E:\KEIL\C51\INC\ABSACC.H" /1 #line 29 "E:\KEIL\C51\INC\ABSACC.H" /0 #line 10 "radio.c" /0 #line 1 "mylib.h" /0 extern void inidelay(); extern void sys_ini(); extern bit re_re; extern unsigned long rddata(void); extern wrdata(unsigned long x); extern unsigned int swdata(unsigned int dat); extern void wr1(void); extern void mack(); extern void wrone(); extern bit wrnbyt(unsigned char add,unsigned char start,unsigned char num,unsigned char a[]); extern bit rdnbyt(unsigned char add,unsigned char num,unsigned char start,unsigned char a[]); extern void delay50(); extern void radio(); extern void iniband1(unsigned char a); extern void iniband(); extern unsigned char remkey2; extern unsigned char delay_num; extern unsigned long stepserch(bit a,unsigned int b); extern vfddigit(unsigned int ch); extern void display(void); extern void wrvfd(unsigned char addr,unsigned char dat); extern unsigned long rdkey(); extern void inivfd(void); extern void band_step(bit direction); extern void band_change(void); extern void station_search(bit,bit); extern void station_change(bit direction); extern void vfd_clean(); extern void volcheack(void); extern void delaytime(unsigned int time); extern void vfd_test(); extern void display(); extern void sub_vol(unsigned char dirc); extern void channel(unsigned char fun); extern void wr_pt2313(unsigned char com); extern void vfd_volume(unsigned char fun); extern bit repeat(); extern unsigned char volume; extern unsigned char trb_vol; extern unsigned char bas_vol; extern unsigned char band; extern unsigned char delay_fun; extern void trb_vol_ct(bit dirc); extern void bas_vol_ct(bit dirc); extern void flash_eras(unsigned int band); extern void flash_read(unsigned char add,unsigned int band,unsigned char a[]); extern void flash_prog(unsigned char add,unsigned int band,unsigned char b[]); extern bit key_sta; extern bit key_long; extern bit key(); extern void taiwei(); extern void mute_(bit fun); extern void radio_change(); extern void band_change(void); extern void eqchange(); extern void eq_vfd(unsigned char eq); extern union { unsigned long all; struct { unsigned char addr :8; unsigned int frq :16; unsigned char cankao :4; unsigned char xs :1; unsigned char cte :1; unsigned char inp :2; }in0; }in0; extern union { unsigned long da; struct { unsigned char addr :8; unsigned char bnc :1; unsigned char stmo :1; unsigned char ifen :1; unsigned char band :1; unsigned char io :2; unsigned char ioc :2; unsigned char dz :2; unsigned char ul :2; unsigned char doc :3; unsigned char dnc :1; unsigned char test :3; unsigned char ifs :1; unsigned char dlc :1; unsigned char tbc :1; unsigned char gt :2; }in1; }in1; #line 11 "radio.c" /0 sbit vold=P0^0; sbit voli=P0^1; sbit funp=P0^2; sbit next=P2^4; sbit pre=P2^5; sbit tuni=P2^6; sbit tund=P2^7; sbit fun_vfd=P1^4; sbit fun_power=P3^3; sbit mute_key=P0^5; sbit memory_key=P0^7; sbit band_key=P0^6; sbit power_key=P0^4; sbit tape_p=P3^1; sbit eq=P0^3; sbit mute=P3^5; sbit power_led=P1^0; bit key_sta; bit key_long; bit start=0; extern bit mute_l=0; extern bit power_l=0; bit key(); unsigned char ab_am=0; unsigned char ab_fm=0; void pub(); extern unsigned char eq_l; unsigned char u; unsigned char k; unsigned char fun=0; unsigned char code dx58[3] _at_ 0x3b; extern unsigned char remkey; unsigned char tai; unsigned char band; bit int_power_off=0; static bb; extern unsigned char ab=0; unsigned long e=4; unsigned char i=4; unsigned char b[2]={2,3}; unsigned char a[2]; main() { remkey=0x99; fun_power=0; m: key_long=key(); sys_ini(); tape_p=1; while(1) { if(!int_power_off) { remkey=0x99; power_l=1; } volcheack(); if(remkey==0x99) { fun_power=0; fun_vfd=0; vfd_clean(); remkey=0; power_led=1; mute_(1); int_power_off=1; } if(remkey==0x98) { remkey=0; mute_(0); power_led=0; int_power_off=1; goto m; } if(!power_l) { if(remkey==0x97) eqchange(); if(remkey==0xdf) band_change(); if(band==0||band==1) { if(remkey==0x78) radio_change(); else if(remkey==0xB5) station_search(0,1); else if(remkey==0xef) { if(TR0) { if(ab ab++; else ab=0; taiwei(); remkey=0x00; } else station_change(1); } else if(remkey==0x85) { if(TR0) { if(ab>=1) ab--; taiwei(); remkey=0x00; } else station_change(0); } else if(remkey==0x33) station_search(1,1); else if(remkey==0x34) station_search(1,0); else if(remkey==0x55) band_step(1); else if(remkey==0x77) band_step(0); } if(remkey==0x64) sub_vol(1); else if(remkey==0x65) sub_vol(0); else if(remkey==0x47) { bb=~bb; if(bb) TR0=1; else { TR0=0; if(band==0) in0.in0.frq=swdata(swdata(in0.in0.frq)-1); if(band==1) in0.in0.frq=swdata(swdata(in0.in0.frq)-0x10); b[0]=in0.in0.frq>>8; b[1]=in0.in0.frq; if(band==0) wrnbyt(0xa0,ab*2,2,b); else if(band==1) wrnbyt(0xa0,ab*2+120,2,b); taiwei(); } remkey=0x00; } }} } void display() { if(in1.in1.band==1) vfddigit(swdata(in0.in0.frq else vfddigit(swdata(in0.in0.frq)/2-107); } void band_step(bit direction) { iniband(); iniband1(band); pub(); e=stepserch(direction,in0.in0.frq); vfd_clean(); display(); remkey=0x00; } void band_change(void) { TR0=0; fun++; if(band==3) { band=2; vfd_clean(); wrvfd(0x05,0x5f); wrvfd(0x04,0x24); wrvfd(0x07,0x5e); fun_power=1; fun_vfd=1; channel(1); remkey=0x00; return; } else if(band==2) { band=0; fun_power=0; fun_vfd=0; channel(0); vfd_clean(); if(band==0) ab=ab_fm; else ab=ab_am; if(band==0) rdnbyt(0xa0,ab*2,2,a); else rdnbyt(0xa0,ab*2+120,2,a); in0.in0.frq=a[0]; in0.in0.frq=(in0.in0.frq iniband1(band); e=stepserch(1,in0.in0.frq); display(); remkey=0x00; } else if((band==0)||(band==1)) { band=3; fun_power=0; fun_vfd=0; channel(2); vfd_clean(); wrvfd(0x06,0x40); wrvfd(0x07,0xfd); wrvfd(0x04,0xfa); wrvfd(0x05,0xb6); remkey=0x00; } } void station_change(bit direction) { if(direction) { if(ab ab++; else ab=0; } else { if(ab>=1) ab--; } if(band==0) rdnbyt(0xa0,ab*2,2,a); else rdnbyt(0xa0,ab*2+120,2,a); in0.in0.frq=a[0]; in0.in0.frq=(in0.in0.frq iniband(); iniband1(band); e=stepserch(1,in0.in0.frq); vfd_clean(); display(); remkey=0x00; if(band==0) ab_fm=ab; else ab_am=ab; } void station_search(bit reuse,bit dir) { mute_(1); pub(); if(band==1) { iniband(); iniband1(band); if(reuse==0) in0.in0.frq=0x0a30; ab=0; remkey=0x00; while((in0.in0.frq!=0x0230)&(in0.in0.frq!=0x0d98)) { e=(stepserch(dir,in0.in0.frq)&0x0000ffff); display(); if((e0x3800)) { b[0]=in0.in0.frq>>8; b[1]=in0.in0.frq; if(reuse==1) { goto likai; } wrnbyt(0xa0,ab*2+120,2,b); ab=ab+1; } if(tund&&tuni) key_long=1; if(key_long) if(!tund||!tuni) { key_long=0; goto likai; } if(remkey==0xed) { remkey=0; goto likai; } if(remkey==0xb5) { remkey=0x27; mute_(0); return; } } } else if(band==0) { iniband(); iniband1(band); ab=0; remkey=0x00; if(reuse==0) in0.in0.frq=0x35e0; while((in0.in0.frq!=0x85e0)&(in0.in0.frq!=0x6290)) { e=(stepserch(dir,in0.in0.frq)&0x000fffff); display(); if((e0x53880)) { b[0]=in0.in0.frq>>8; b[1]=in0.in0.frq; if(reuse==1) { goto likai; } wrnbyt(0xa0,ab*2,2,b); ab=ab+1; } if(tuni&&tund) key_long=1; if(key_long) if(!tuni||!tund) { key_long=0; goto likai; } if(remkey==0xed||remkey==0x1d) { remkey=0; goto likai; } if(remkey==0xb5) { remkey=0x27; mute_(0); return; } } } likai: remkey=0x00; tai=0x00; mute_(0); if (reuse==0) { ab=0; remkey=0xef; } } void volcheack(void) { unsigned char a; voli=1; vold=1; if(!funp) { while(!funp); remkey=0xdf; return; } if((band!=2)&&(band!=3)) { if(!next) { while(!next); remkey=0xef; return; } if(!pre) { delaytime(10); while(!pre); remkey=0x85; return; } if(!memory_key) { delaytime(400); while(!memory_key); remkey=0x47; return; } if(!band_key) { delaytime(400); while(!band_key); remkey=0x78; return; } } if(!power_key) { delaytime(400); while(!power_key); power_l=~power_l; if(power_l) remkey=0x99; else remkey=0x98; return; } if(!eq) { delaytime(400); while(!eq); remkey=0x97; return; } if(!mute_key) { delaytime(400); while(!mute_key); if(!mute_l) { mute_l=~mute_l; mute_(1); } else { mute_l=~mute_l; mute_(0); remkey=0x00; } return; } if(tuni&&tund) key_sta=0; if(band!=2&&band!=3) { if(!key_sta) { if(!tuni) { delaytime(400); key_sta=key(); if(key_sta) remkey=0x34; else remkey=0x77; } if(!tund) { delaytime(400); key_sta=key(); if(key_sta) remkey=0x33; else remkey=0x55; } } } if(voli&&vold) { for(a=0;a { if(!(voli&&vold)) { start=0; return; } } start=1; return; } if(start) { start=0; delaytime(100); if(voli==0) { remkey=0x65; return; } delaytime(100); if (vold==0) { remkey=0x64; return; } } } void sys_ini() { delaytime(50000); inidelay(); band=3; inivfd(); vfd_clean(); fun_power=0; fun_vfd=0; mute=0; mute_(0); volume=39; channel(0); band_change(); sub_vol(1); wr_pt2313(0x80); wr_pt2313(0xa0); wr_pt2313(0xc0); wr_pt2313(0xe0); } void pub() { if(in0.in0.frq==0x0230) in0.in0.frq=0x0a30; if(in0.in0.frq==0x0398) in0.in0.frq=0x0d98; if(in0.in0.frq==0x85e0) in0.in0.frq=0x45e0; if(in0.in0.frq==0xe290) in0.in0.frq=0x6290; } bit key() { unsigned int b; unsigned char a; for(a=0;a for(b=0;b { if((tuni)&&(tund)) return(0); } return(1); } void mute_(bit fun) { if(fun==1) { wr_pt2313(0xdf); wr_pt2313(0xff); } else if(fun==0) { wr_pt2313(0x80); wr_pt2313(0xa0); wr_pt2313(0xc0); wr_pt2313(0xe0); wr_pt2313((0x3f&(63-volume))); } } void radio_change() { if((band==1)||(band==0)) { if(band==0) band=1; else if(band==1) band=0; fun_power=0; fun_vfd=0; channel(0); vfd_clean(); if(band==0) ab=ab_fm; else ab=ab_am; iniband(); if(band==0) rdnbyt(0xa0,ab*2,2,a); else rdnbyt(0xa0,ab*2+120,2,a); in0.in0.frq=a[0]; in0.in0.frq=(in0.in0.frq iniband1(band); e=stepserch(1,in0.in0.frq); display(); remkey=0x00; remkey=0; } remkey=0; }
