void device_boot_msg(void)
{
uint8_t ctr;
for(ctr=0;ctr<3;ctr++)
{
LED1_BLINK();
while(led_blink) // wait until LED released...
;
delay_10ms();
LED2_BLINK();
while(led_blink) // wait until LED released...
;
delay_10ms();
LED3_BLINK();
while(led_blink) // wait until LED released...
;
delay_10ms();
LED2_BLINK();
while(led_blink) // wait until LED released...
;
delay_10ms();
LED1_BLINK();
while(led_blink) // wait until LED released...
;
delay_10ms();
}
}
/*----------------------------------------------------------------------------*/
void rtc_fun(void)
{
MAIN_POWER_PORT_INIT();
MAIN_POWER_PORT_DISABLE();
iic_gpio_set_low();
amp_mute(1);
if(alm_on_flag){
if(sys_main_vol != alrm_vol_bakup)
sys_main_vol = alrm_vol_bakup;
alm_on_flag = 0;
}
input_number_en = 0;
vol_change_en=0;
key_voice_en=0;
main_menu = MENU_RTC;
close_alarm();
dsp_set_eq_mode(0); //系统时钟div前需关闭eq
SYSTEM_CLK_DIV4();
key_table_sel(0);
flush_all_msg();
set_max_vol(MAX_ANOLOG_VOL,MAX_DIGITAL_VOL);///设置最大音量
dac_out_select(DAC_MUSIC, 0);
rtc_mode_setting = RTC_DISPLAY;
rtc_coordinate = 0;
alm_coordinate = 0;
if (alm_cnt)
{
put_msg_lifo(MSG_ALM_ON);
}
else
{
read_rtc(&curr_time);
chk_date_err();
disp_port(MENU_RTC);
}
MAIN_POWER_PORT_INIT();
MAIN_POWER_PORT_DISABLE();
deal_rtc();
amp_mute(1);
MAIN_POWER_PORT_ENABLE();
delay_10ms(3);
key_voice_en=0;
main_vol_set(0, CHANGE_VOL_NO_MEM);
MAIN_POWER_PORT_ENABLE();
amp_mute(1);
delay_10ms(80);
snooze_en =0;
PT2313_Init();
delay_10ms(10);
PT2313_Init();
}
void configLCD(void){
char RS_list[6], DB_list[6], i=0;
DISPLAY7_DIR = 0;
DISPLAY_ENABLE_dir = 0;
RS_dir = 0;
RS_list[0] = 0;
DB_list[0] = 0b00111000;
RS_list[1] = 0;
DB_list[1] = 1;
RS_list[2] = 0;
DB_list[2] = 2;
RS_list[3] = 0;
DB_list[3] = 6;
RS_list[4] = 0;
DB_list[4] = 15;
RS_list[5] = 0;
DB_list[5] = 0b10000000;
for(i = 0;i < 6;i++){
DISPLAY_ENABLE = 1;
RS = RS_list[i];
DISPLAY7 = DB_list[i];
delay_10ms();
DISPLAY_ENABLE = 0;
delay_10ms();
}
}
/*----------------------------------------------------------------------------*/
static void sys_info_init(void)
{
//u8 vol_tmp;
#if 1
sys_main_vol = read_info(MEM_SYS_VOL);
if ((sys_main_vol > MAX_MAIN_VOL) || (sys_main_vol == 0)) //每次开机时，不要超过最大音量的一半，以免开机音量过大
{
sys_main_vol = 20;
}
#endif
dac_init(sys_main_vol);
delay_10ms(50); //等待,检测USB,SD在线状态
//init_rec_name();
//restore_music_point();
#if 0
#if RTC_ENABLE
if (work_mode != RTC_MODE)
#endif
{
device_check();
#if USB_DEVICE_ENABLE
if (pc_connect)
work_mode = USB_DEVICE_MODE;
else if (udisk_connect || sdmmc_connect)
work_mode = MUSIC_MODE;
#else
// if (udisk_connect || sdmmc_connect)
// work_mode = MUSIC_MODE;
#endif
}
#endif
}
void radio_info_pre_init(void)
{
#ifdef FUNC_OFF_MP3_RADIO_MIXED
clr_adc_band_protect();
delay_10ms(10);
#endif
if(radio_band.bCurBand>((sizeof(radio_freq_tab)/6)-1)){
radio_band.bCurBand = FM_MODE;
}
radio_band.wFreqUpLimit = radio_freq_tab[radio_band.bCurBand].MAX_FREQ;
radio_band.wFreqDownLimit = radio_freq_tab[radio_band.bCurBand].MIN_FREQ;
radio_band.bTuneStep = radio_freq_tab[radio_band.bCurBand].FREQ_STEP;
#ifdef SAVE_BAND_FREQ_INFO
radio_band.wFreq= read_radio_freq(radio_band.bCurBand);
#endif
if (radio_band.wFreq > radio_band.wFreqUpLimit)
radio_band.wFreq = radio_band.wFreqDownLimit;
if (radio_band.wFreq < radio_band.wFreqDownLimit)
radio_band.wFreq =radio_band.wFreqDownLimit;
disp_port(MENU_RADIO_MAIN);
scan_mode = RADIO_SCAN_STOP;
}
/*----------------------------------------------------------------------------*/
void rec_mic_fun(void)
{
#ifdef UART_ENABLE
deg_str("encode \n");
#endif
dac_mute_control(1,1);
input_number_en = 0;
//vol_change_en=1;
main_menu = MENU_RECWORKING;
disp_port(MENU_SCAN_DISK);
delay_10ms(50);
SYSTEM_CLK_DIV2();
encode_channel = REC_MIC;
encode_vol = 7;
key_table_sel(0);
flush_all_msg();
if(RECODE_INIT == encode_status)
{
put_msg_lifo(MSG_REC_FIND);
//put_msg_lifo(MSG_REC_START);
}
//put_msg_lifo(MSG_REC_START);
set_max_vol(MAX_ANOLOG_VOL,MAX_DIGITAL_VOL);///设置最大音量
rec_mic_main();
dac_mute_control(0,0);
break_encode();
lcd_clr_flash_icon();
}
void FMAM_Mode_Switch_Profile(u8 fm_wm)
{
if((fm_wm==SYS_FMREV)||(fm_wm==SYS_AMREV)){
}
else{
work_mode = SYS_FMREV;
}
my_main_vol(0);
if(fm_wm==SYS_FMREV){
//printf(" ----FM %x \r\n",(u16)fm_wm);
radio_mode=1;
FM_AM_chip_mode_sel(RADIO_FM);
enter_fm_rev();
set_fre(frequency,1);
Disp_Con(DISP_FREQ);
}
else if(fm_wm==SYS_AMREV){
//printf(" -----AM %x \r\n",(u16)fm_wm);
radio_mode=0;
FM_AM_chip_mode_sel(RADIO_AM);
enter_am_rev();
set_fre(frequency,1);
Disp_Con(DISP_FREQ);
}
delay_10ms(20);
set_fre(frequency,1);
my_main_vol(my_music_vol);
}
void REDFLY::flush(void)
{
uint32_t timeout;
#if defined(UBRRH) && defined(UBRRL)
# define _UCSRB_ UCSRB
# define _UDRIE_ UDRIE
#else
# define _UCSRB_ UCSR0B
# define _UDRIE_ UDRIE0
#endif
//clear tx buffer
Serial.flush();
//clear rx buffer
Serial.flush();
for(timeout=F_CPU/1024UL; ((_UCSRB_&(1<<UDRIE0)) || available()) && timeout; timeout--)
{
read();
}
delay_10ms(1);
return;
}
void close_door(void)
//Purpose: Closes the door. For our build, this means setting P1.3 high for atleast 3ms (the specified latching time for the relay)
{
P1|=0x08; //set P1.3 high
delay_10ms(1); //wait 10ms
P1&=0xF7; //set P1.3 Low
}
void open_door(void)
//Purpose: Opens the door. For our build, this means setting P1.2 high for atleast 3ms (the specified latching time for the relay)
{
P1|=0x04; //set P1.2 high
delay_10ms(1); //wait 10ms
P1&=0xFB; //set P1.2 low
}
void iphone_func(void)
{
#if defined(K000_XingChuang_x821_V001)
charger_iphone_ctrl();
#endif
Mute_Ext_PA(MUTE);
set_play_flash(LED_FLASH_ON);
Disp_Con(DISP_IPOD);
PT1 = 1; //timer1 interrupt 低优先级
flush_low_msg();
play_status = 0;
set_max_vol(MAX_ANALOG_VOL, MAX_DIGITAL_VOL); //设置AUX模式的音量上限
sysclock_div2(1);
#ifdef BLUETOOTH_GPIO_CTRL
#ifndef SYS_BT_TURN_OFF_PWR_CHECK
BT_PWR_OFF();
#endif
#endif
open_uart_ctrl();
ipone_hdlr();
#if defined(TURN_OFF_IPOD_WHEN_LEAVE_IPHONE_DOCK)
delay_10ms(10);
IPOD_STOP;
delay_10ms(1);
IPOD_RELEASE;
delay_10ms(1);
#endif
close_uart_ctrl();
main_vol_set(0, CHANGE_VOL_NO_MEM);
sys_clock_pll();
#if defined(USE_SPECTRUM_PARTTERN)
set_lcd_flash_lock(UNLOCK);
#endif
#if defined(K000_XingChuang_x821_V001)
wkup_pin_ctrl(0);
#endif
}
void disp_fm_find_station(void)
{
led_putchar('P',1);
printf_num(fre_channel,2,2);//my_printf("%c P%02b%m", fre_channel, LED_FM_ICON);
fm_rec_disp();
delay_10ms(50);
}
void AD_Debug_func()
{
while(1){
printf("ad read value %x \r\n",(u16)((key_value)));
//printf("ad read value %d \r\n",(u16)((key_value*33)/255));
delay_10ms(2);
}
}
/*----------------------------------------------------------------------------*/
void write_eerom(u16 addr,u8 dat)
{
u8 iic_addr=0,page=0;
iic_addr=EEPROM_Addr_Align(addr);
page =EEPROM_Addr_to_Page(addr);
iic_write((0xa0|page),iic_addr,&dat,1);
delay_10ms(2);
}
/*----------------------------------------------------------------------------*/
void sys_power_down(void)
{
sys_printf("---sys_power_down");
Mute_Ext_PA(MUTE);
delay_10ms(2);
EA = 0;
power_ctl(0);
while (1);
}
void idle_mode(void)
{
u8 key;
//deg_str("idle_mode \n");
//dac_out_select(DAC_MUSIC, 0);
//clear_all_event();
dac_mute_control(1,1);
#ifdef PLAY_STATUS_LED_FUNC
set_play_status_led_spark(PLED_OFF);
#endif
KT_AMFMStandby();
usb_suspend();
flush_all_msg();
disp_port(MENU_POWER_OFF);
input_number_en=0;
vol_change_en=0;
#ifdef DEFAULT_VOL
sys_main_vol=DEFAULT_VOL;
#endif
delay_10ms(20);
#ifdef SYS_SOFT_WARE_GOIN_STANDBY
if(sys_pwr_flag==0){
put_msg_fifo(MSG_SYS_CORE_SLEEP);
}
#endif
while (1)
{
key = app_get_msg();
switch (key)
{
#ifdef SYS_SOFT_WARE_GOIN_STANDBY
case MSG_SYS_CORE_SLEEP:
core_power_off();
break;
#endif
case MSG_CHANGE_WORK_MODE:
clear_all_event();
flush_all_msg();
return;
case MSG_MUSIC_NEW_DEVICE_IN: //有新设备接入
break;
default:
ap_handle_hotkey(key);
break;
}
}
}
/*----------------------------------------------------------------------------*/
void disp_power_off(void)
{
#if ((monitor == DISP_LCD_12832) || (monitor == DISP_LCD_12864_SER) || (monitor == DISP_LCD_12864_PAR))
{
my_printf(" %eOFF%o");
delay_10ms(50);
}
#elif(monitor == DISP_LED5X7)
{
my_printf("%c");
}
#endif
}
void Disp_Start(void)
{
#ifdef K619_FXK_619_V001
if(config_led_by_gpio==0){
dispstring(" SCH",0);
}
else{
dispstring(" HI",0);
}
#elif defined(DISP_HIFI_STR_AT_POWER_ON)
dispstring("HIFI",0);
#elif defined(K000_HG_898_V001)||defined(MP3_DISP_LOAD_STRING_AT_PWR_ON)
dispstring("LOAd",0);
#elif defined(K668_YJH_815_V001)
dispstring("-HI-",0);
#elif defined(K1069_AJE_1069_V001)||defined(DISP_HIFI_ANIMIATION_AT_PWR_ON)||defined(K1069_AJE_1069_V002)
LED_STATUS = 0xFF;
dispstring("BBBB",0);
delay_10ms(20);
LED_STATUS = 0x00;
dispstring(" H",0);
delay_10ms(20);
dispstring(" HI",0);
delay_10ms(20);
dispstring(" HIF",0);
delay_10ms(20);
dispstring("HIFI",0);
delay_10ms(20);
#elif defined(K000_JR_210_V001)
dispstring(" -- ",0);
#else
dispstring(" HI",0);
#endif
lcd_backlight_ctrl(1);
}
int main(void)
{
// Initial STM32F4 MCU System
SystemInit();
// Initial QCopterMV LED indicator
LED_Config();
while(1) {
LED_R = 0;
LED_G = 1;
LED_B = 1;
delay_10ms(15);
LED_R = 1;
LED_G = 0;
LED_B = 1;
delay_10ms(15);
LED_R = 1;
LED_G = 1;
LED_B = 0;
delay_10ms(15);
while(KEY) {
LED_R = 0;
LED_G = 0;
LED_B = 0;
delay_100ms(2);
LED_R = 1;
LED_G = 1;
LED_B = 1;
delay_100ms(2);
} // END while KEY pressed
} // END while
} // END main
/*----------------------------------------------------------------------------*/
void disp_fm_find_station(void)
{
#if ((monitor == DISP_LCD_12832) || (monitor == DISP_LCD_12864_SER) || (monitor == DISP_LCD_12864_PAR))
{
disp_fm_main();
}
#elif(monitor == DISP_LED5X7)
{
disp_fm_main();
delay_10ms(50);
}
#endif
}
void Disp_PwrOFF(void)
{
#if defined(K015_983_1_SW005_V001)||defined(K000_XinLei_LC2092_V006)||defined(DISP_OFF_STR_AT_PWR_DOWN)
dispstring("OFF",0);
delay_10ms(20);
#elif defined(K000_JR_210_V001)
dispstring(" -- ",0);
#elif defined(K1069_AJE_1069_V001)||defined(DISP_OFF_ANIMIATION_AT_PWR_DOWN)||defined(K1069_AJE_1069_V002)
dispstring(" O",0);
delay_10ms(20);
dispstring(" OF",0);
delay_10ms(20);
dispstring(" OFF",0);
delay_10ms(20);
#endif
lcd_backlight_ctrl(0);
disp_buf_clear();
}
void REDFLY::flush(void)
{
uint32_t ms;
//clear tx buffer
_SERIAL_.flush();
//clear rx buffer
for(ms=millis(); ((_UCSRA_&(1<<_RXC_)) || available()) && ((millis()-ms) < 50);) //50ms
{
read();
}
delay_10ms(1);
return;
}
void IR_Debug_func()
{
WDTCON |= BIT(7);
while(1){
if(irda_state==32){
printf_u16(user_code,'C');
deg_str("\r\n");
printf_u16(irda_data,'D');
deg_str("\r\n");
delay_10ms(50);
}
}
}
void delay_100ms(){
char i;
for(i=0; i<9; i++) delay_10ms();
for(i=0; i<9; i++) delay_1ms();
for(i=0; i<49; i++);
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
Nop();
}
void blue_tooth_init(void)
{
#ifdef BLUETOOTH_GPIO_CTRL
BT_PWR_PORT_INIT();
BT_RST_PORT_INIT();
BT_PWR_ON();
delay_10ms(10);
#ifdef USE_BT_ACTIVATED_PIN
BT_RST_ON();
//delay_10ms(100);
ACTIVATED_PIN_cnt=20;
//BT_RST_OFF();
#endif
#endif
}
/*----------------------------------------------------------------------------*/
static void sys_info_init(void)
{
sys_main_vol = read_info(MEM_VOL);
if ((sys_main_vol > MAX_MAIN_VOL) || (sys_main_vol == 0)) //每次开机时，不要超过最大音量的一半，以免开机音量过大
{
sys_main_vol = MAX_MAIN_VOL / 2;
}
sys_main_vol = MAX_MAIN_VOL / 2;
dac_init(MAX_MAIN_VOL);
dsp_set_adc_con((0x0070));
delay_10ms(200); //等待,检测USB,SD在线状态
init_rec_name();
restore_music_point();
#if 0
#if RTC_ENABLE
if (work_mode != RTC_MODE)
#endif
{
device_check();
#if USB_DEVICE_ENABLE
if (pc_connect)
work_mode = USB_DEVICE_MODE;
else if (udisk_connect || sdmmc_connect)
work_mode = MUSIC_MODE;
#else
if (udisk_connect || sdmmc_connect)
work_mode = MUSIC_MODE;
#endif
else
{
work_mode = read_info(MEM_SYSMODE);
if (work_mode > MAX_WORK_MODE)
{
work_mode = MUSIC_MODE;
}
}
}
#endif
}
void EPPROM_TEST(void)
{
u16 addr=0,w_data=0,r_data=0;
deg_str(" EPPROM_TEST START\n");
deg_str(" EPPROM_WRITE START \n");
#if 1
w_data = 0xA0;
for(addr=0;addr<0x3FF;){
write_eerom(addr,w_data);
printf_u16(w_data, 'W');
printf_u16(addr, 'A');
addr++;
if((addr%0xFF)==0){
w_data++;
deg_str(" W --------------- W \n");
}
}
deg_str(" EPPROM_WRITE END \n");
#endif
deg_str(" EPPROM_READ ... \n");
for(addr=0;addr<0x3FF;){
r_data = read_eerom(addr);
delay_10ms(2);
#ifdef UART_ENABLE
printf_u16(r_data, 'R');
printf_u16(addr, 'A');
#endif
if((addr%0xFF)==0){
deg_str(" R --------------- R \n");
}
addr++;
}
deg_str(" EPPROM_TEST END \n");
}
void sys_power_on_wait_for_powerkey(void)
{
u8 msg_key=0;
u8 pwr_keyhold_timer=2,pwr_keyhold_sec=0;
SYS_POWER_OFF();
LCD_BACKLIGHT_OFF();
while(1)
{
msg_key = app_get_msg();
switch(msg_key)
{
case MSG_POWER_HOLD:
pwr_keyhold_timer=8;
break;
case MSG_HALF_SECOND:
if(pwr_keyhold_timer>6){
pwr_keyhold_sec++;
if(pwr_keyhold_sec==0){
SYS_POWER_ON();
return ;
}
}
else{
pwr_keyhold_sec--;
pwr_keyhold_timer--;
if(pwr_keyhold_timer==0){
SYS_POWER_OFF();
disp_port(MENU_POWER_OFF);
delay_10ms(12);
//core_power_off();
while(1);
}
}
break;
default:
break;
}
}
}
void REDFLY::flush(void)
{
uint32_t ms;
//clear tx buffer
_SERIAL_.flush();
//clear rx buffer
#if defined(__AVR__)
for(ms=millis(); ((_UCSRA_&(1<<_RXC_)) || available()) && ((millis()-ms) < 50);) //50ms
#else
for(ms=millis(); available() && ((millis()-ms) < 50);) //50ms
#endif
{
read();
}
delay_10ms(1);
return;
}
void main(void){
char i=0, j, k=0;
ADCON1 = 0x0f;
PWMP = 79; //contador do timer conta ate 79
DUTYCYCLE = 0;
LED_dir = 0;
TIMER = 0b00000110; //seta o timer on e pre-scale 16
PWM_conf = 0b00001100; //seta a configuracao do PWN como PWM e os 2bits menos sig. como 0
while(1){
i = k? i-1 : i+1;
k = i==0? 0 : (i==80 ? 1:k);
DUTYCYCLE = i;
delay_10ms();
}
}
