📄 main.c
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{
lrcaddr = LrcStruct_p->eeaddr;
while(1)
{
temp = lrcdatbuf[lrcaddr++];
//if(lrcaddr<MAXLRCDATSIZE)temp = lrcdatbuf[lrcaddr++];
//else temp = eeprom_read_byte(lrcaddr++ - MAXLRCDATSIZE);
if(temp == 0)break;
uart0_putc(temp);
}
printf_P(("\r\n"));
if(LrcStruct_p->next == 0)break;
LrcStruct_p = LrcStruct_p->next;
}
#endif
}
else lrc = 0;
#endif
return 0;
}
#if 0
/* put the time and lyric info to the teminal, for speed consideration we did not use printf_P() */
/* format: [XX:XX] XXXXXXXXXXXXXXXX */
void putsLrc(unsigned char * time,unsigned char * lrcbuffer)
{
uart0_putc(0x0d);
uart0_putc(0x0a);
uart0_putc('[');
while(*time) /* time */
{
uart0_putc(*time++);
}
uart0_putc(']');
uart0_putc(0x20);
while(*lrcbuffer) /* lyric */
{
uart0_putc(*lrcbuffer++);
}
}
#endif
uint8 PlayMusicwithKey()//播放音乐函数，一旦执行不会退出
{
#if 1
uint16 keylen; //用于键处理 //for key processing
uint16 count; //数据计数 //data counting
uint8 i; //循环变量 //loop variable
uint16 j; //循环变量 //loop variable
DWORD p; //簇指示值 //cluster
DWORD totalsect; //文件拥有的扇区数 //cotain the total sector number of a file
uint16 leftbytes; //剩余字节 //cotain the left bytes number of a file //the last cluster usually not fully occupied by the file
uint8 *buffer; //缓冲 //buffer
DWORD sector; //扇区 //recor the current sector to judge the end sector
uint8 flag; //播放/暂停标志 //flag of pause
uint16 vol= DEFAULT_VOLUME;//初始音量，应与vs1003函数里的初始音量相同 //default volume
uint8 vol_temp;
uint16 songs=1; //默认放第一首歌 //play the fist songs by default
uint16 songs_cnt = 0; //how many songs have been played
uint8 mode=0; //单曲重复 //repet all by default
uint32 rand_val;
uint8 total[6]; /* for total songs indication */
uint8 current[12]; /* Current songs number */
uint16 temp = totalsongs;
uint8 time[6];
uint16 decodetime;
uint8 volume[3];
uint8 min,sec;
struct LrcStruct_s * LrcStruct_pp;
uint16 lrcaddr;
/* the display buffer (characters) */
#define MAX_LRC_DISP 52
uint8 lrcdata[MAX_LRC_DISP];
uint8 lrcDisFlag = 0; /* indicate if it need display lyric on the lcd */
uint8 lrcCnt = 0; /* lrcdata buffer count */
ClearTrackInfo();
printf_P(("\r\nCurrent mode : "));
switch(mode)
{
case REPET_ALL: printf_P(("repet all"));break;
case REPET_ONE:printf_P(("repet one"));break;
case RANDOM:printf_P(("shuffle"));break;
}
if(totalsongs==0)//如果没有歌曲则异常退出 //if no music file return
{
lcdClrDisBuf();
LCD_print12_P(0,20,("File not found!"));
lcdUpdateDisplay();
return 1;
}
/**********************************************/
for(i=0;i<5;i++)
{
total[4-i] = temp%10;
temp /= 10;
}
for(i=0;i<5;i++)
{
if(total[i])break;
}
for(j=0;j<5-i;j++)
{
total[j] = total[j+i] + 0x30;
}
total[j] = 0;
/**********************************************/
vol_temp = 100-((DEFAULT_VOLUME & 0x00ff)*100/255);
volume[0] = vol_temp/10 + 0x30;
volume[1] = vol_temp%10 +0x30;
volume[2] = '\0';
/**********************************************/
//Timer1_Initial();//启动定时器，用于产生随机函数的种子 //initialize the timer
next://下一首歌的起始地方 //label for "goto"
if(mode==RANDOM)//随机播放歌曲 //if the mode is shuffle the songs
{
songs_cnt++;
if(songs_cnt == totalsongs && totalsongs<1025)
{
ClearTrackInfo();
songs_cnt = 0;
}
rand_val = T0TC;
srand(rand_val);
if(totalsongs>1024)
{
songs = (uint16)(((unsigned long)rand()/2147483 * (unsigned long)totalsongs)/1000)+1;//随机产生歌曲序号 //create random song number
}
while(totalsongs<1025)
{
songs = (uint16)(((unsigned long)rand()/2147483 * (unsigned long)totalsongs)/1000)+1;//随机产生歌曲序号 //create random song number
//iprintf("total = %ld songs = %ld rand_max = %ld rand() = %ld\r\n",totalsongs,songs,RAND_MAX,rand());
if(SetTrack(songs) == 0)break;
}
}
count=0;//清基数 //clear count
flag=1;
if(type != MID)VS1003B_Fill2048Zero();
lrcDisFlag = 0; /* clear the flag in case some lyric is not displayed of last songs */
lrcCnt = 0; /* clear the lrc count, maybe more lyric will display on one screen, for sometimes cpu do not have time to display the last one */
//decodetime = -1;
//lcdInit(); /* the connection of the 3310lcd is not stable, so we reinitialize it every time */
VS1003B_SoftReset();//soft reset //in case of playing wma files//软件复位
#if FIX_DIRECTORY
Search((uint8 *)(MUSIC_PATH),&MusicInfo,&songs,&type); //找到相应的文件 //find the file
#else
Search(&lrcaddr,&MusicInfo,&songs,&type); //找到相应的文件 //find the file
#endif
/* here we use lrcaddr to get the record address in the eeprom which the file placed */
for(j=0;j<MAX_LONG_NAME_SIZE/2;j++) /* cut off the extension, only leave the name*/
{
if(((uint16 *)LongNameBuffer)[j] == 0)
{
((uint16 *)LongNameBuffer)[j-4] = 0;
break;
}
}
/****************************************************/
time[0] = '0';
time[1] = '0';
time[2] = ':';
time[3] = '0';
time[4] = '0';
time[5] = '\0';
decodetime = -1; /* for display the lyric which is at time 00:00 */
/******************************************************/
temp = songs;
for(i=0;i<5;i++)
{
current[4-i] = temp%10;
temp /= 10;
}
for(i=0;i<5;i++)
{
if(current[i])break;
}
for(j=0;j<5-i;j++)
{
current[j] = current[j+i] + 0x30;
}
current[j++] = '/';
for(i=0;i<6;i++)
{
current[j+i] = total[i];
}
/********************************************************/
lcdClrDisBuf();
switch(type)
{
case MP3:LCD_print12_P(0,0,("mp3"));break;
case WMA:LCD_print12_P(0,0,("wma"));break;
case MID:LCD_print12_P(0,0,("mid"));break;
case WAV:LCD_print12_P(0,0,("wav"));break;
default:break;
}
Print_ICON_12(18,0,Playing);
LCD_print12(30,0,current);
switch(mode)
{
case REPET_ALL:Print_ICON_12(72,0,RepetAll);break;
case REPET_ONE:Print_ICON_12(72,0,RepetOne);break;
case RANDOM :Print_ICON_12(72,0,Shuffle);break;
default:break;
}
/*****************************************************/
//LCD_print12(30,36,time);
//LCD_print12(72,36,volume);
//Print_ICON_12(60,36,Speaker);
//Print_ICON_12(0,12,Music);
/******************************************************/
if(LongNameFlag)
{
if(HanziEnable) /* if HanziEnable, convert the long name from unicode to GBK */
{
buffer = malloc(MAX_LONG_NAME_SIZE);
if(buffer == 0)return 1;
i = 0;
j=0;
while(1)
{
temp = ((uint16 *)LongNameBuffer)[i++];
/* you may confused about following code, because at previous we set "." to 0 for lry search*/
if(temp == 0 )
{
buffer[j++] = '.';
while(1) /*copy the extention */
{
temp = ((uint16 *)LongNameBuffer)[i++];
if(temp == 0)break; /* end */
buffer[j++] = (uint8)temp;
}
break;
}
else if (temp<0x80)
{
buffer[j++]=(uint8)temp;
}
else if(temp<0x4e00)
{
put16_little(&buffer[j],'?');
j+=2;
}
else if(temp<0x9fa6)
{
if(Unicode_to_GBK((uint8 *)&temp))return 1;
put16_little(&buffer[j],temp);
j+=2;
}
else
{
put16_little(&buffer[j],'?');
j+=2;
}
}
buffer[j] = 0;
LCD_print12(12,12,buffer);
//LCD_print_unicode12(12,12,(unsigned int *)LongNameBuffer);
}
else
{
LCD_print12_P(0,12,("-- --By bozai\nFirmware lost!"));
}
}
else /* short name */
{
for(j=0;j<8;j++)
{
if(MusicInfo.deName[j]==0x20)break;
LongNameBuffer[j]=MusicInfo.deName[j];
}
//LongNameBuffer[j++]='\0';
LongNameBuffer[j++]='.';
count = j+3;
for(count=0;count<3;count++)LongNameBuffer[j+count]=MusicInfo.deExtension[count];
LongNameBuffer[j+count]='\0';
if(HanziEnable)LCD_print12(12,12,LongNameBuffer);
else
{
LCD_print12_P(0,12,(" -By bozai\nFirmware lost!"));
}
}
/*************************************************************/
LCD_print12(30,36,time);
LCD_print12(72,36,volume);
Print_ICON_12(60,36,Speaker);
Print_ICON_12(0,12,Music);
lcdUpdateDisplay();
/**************************************************************/
printf_P(("\r\nNow playing "));
printf_P(("%s :"),current);
if(LongNameFlag && HanziEnable)
{
printf_P(("%s"),buffer);
free(buffer);
}
else
{
for(j=0;j<8;j++)
{
if(MusicInfo.deName[j]==0x20)break;
uart0_putc(MusicInfo.deName[j]);
}
uart0_putc('.');
for(j=0;j<3;j++)
{
//if(MusicInfo.deName[j]==0x20)break;
uart0_putc(MusicInfo.deExtension[j]);
}
}
printf_P("\r\n");
/**************************************************************/
#if FIX_DIRECTORY
LrcProc(LongNameBuffer);
#else
LrcProc(LongNameBuffer,lrcaddr); /* search lyc file */
/* lrcaddr indicate the record address of eeprom */
/* first search the current folder then the default */
#endif
LrcStruct_pp = LrcStructHead.header;
/**************************************************************/
p = get16_little(MusicInfo.deStartCluster)+(((uint32)get16_little(MusicInfo.deHighClust))<<16);//读文件首簇 //the first cluster of the file
totalsect = get32_little(MusicInfo.deFileSize)/512; //计算扇区数 //calculate the total sectors
leftbytes = get32_little(MusicInfo.deFileSize)%512; //计算剩余的字节数 //calculate the left bytes
i=0;
sector=0;
if(lrc && HanziEnable) /* clear the previous time area */
{
if(LrcStruct_pp->time/1000 == 0 && LrcStruct_pp != 0)/* see if it has lyric at time 00:00 */
{
decodetime = -1; /* for display the lyric which is at time 00:00 */
}
else
{
decodetime = 0; /* otherwise, it will not flush screen when 00:00, then you can see the filename and other info for 1 second */
}
LCD_print12_P(36,36,(" "));
lcdClrDisBuf();
}
while(1)
{
keylen=0;
for(;i<SectorsPerClust;i++) //一个簇 //a cluster
{
buffer=malloc(512);
FAT_LoadPartCluster(p,i,buffer);//读一个扇区 //read a sector
count=0;
while(count<512)
{
if(flag==0){if(keylen){Delay(100);keylen--;}}
else if(type == MID){if(keylen){Delay(100);keylen--;}}
if(VS1003B_NeedData() && flag) //根据需要送数据 //send data honoring DREQ
{
VS1003B_Write32B(&buffer[count]);
count += 32;
if(keylen)keylen--; //用于键处理 //for key processing
if(sector == totalsect && count >= leftbytes) //如果文件已结束 //if this is the end of the file
{
if(type == MID)//waiting the midi file was decoded
VS1003B_Fill2048Zero();
i=SectorsPerClust;
break;
}//文件结束 //file ended
if(count == 511){break;}//512字节送完跳出 //break if a sector was sent
}
else if(VS1003B_ReadDecodeTime() != decodetime)
{
decodetime = VS1003B_ReadDecodeTime();
min = decodetime/60;
sec = decodetime%60;
if(lrc)
{
if(min>99);
else if(HanziEnable)
{
time[0] = min/10 + 0x30;
time[1] = min%10 + 0x30;
time[3] = sec/10 + 0x30;
time[4] = sec%10 + 0x30;
LCD_print12_fast(54,36,time);
}
else
{
time[0] = min/10 + 0x30;
time[1] = min%10 + 0x30;
time[3] = sec/10 + 0x30;
time[4] = sec%10 + 0x30;
LCD_print12_fast(30,36,time);
}
while(1)
{
if(LrcStruct_pp->time/1000 <= decodetime && LrcStruct_pp != 0)
{
lrcaddr = LrcStruct_pp->eeaddr;
while(1)
{
//if(lrcaddr<MAXLRCDATSIZE)temp = lrcdatbuf[lrcaddr++];
//else temp = eeprom_read_byte(lrcaddr++ - MAXLRCDATSIZE);
temp = lrcdatbuf[lrcaddr++];
if(temp == 0)
{
break;
}
if(lrcCnt<MAX_LRC_DISP-1)lrcdata[lrcCnt++] = temp;
}
lrcdata[lrcCnt] = '\n';
LrcStruct_pp = LrcStruct_pp->next;
}
else
{
if(lrcCnt && HanziEnable)
{
lcdClrDisBuf();
lrcdata[lrcCnt] = '\0';
printf_P(("[%s] %s\r\n"),time,lrcdata);
//putsLrc(time,lrcdata); /* faster string put */
lrcDisFlag = 1; /* we do not display the lyric now, it will display at next time */
/* then it will not take many time to process the lyric */
/* otherwise, when playing 320Kbps file, glitch may occurs */
//LCD_print12_fast(0,0,lrcdata);
//LCD_print12_fast(54,36,time);
}
else if(lrcCnt)
{
lrcdata[lrcCnt] = '\0';
printf_P(("[%s] %s\r\n"),time,lrcdata);
LCD_print12_fast(30,36,time);
}
break;
}
}
lcdUpdateDisplay();
}
else
{
if(min>99);
else
{
time[0] = min/10 + 0x30;
time[1] = min%10 + 0x30;
time[3] = sec/10 + 0x30;
time[4] = sec%10 + 0x30;
LCD_print12(30,36,time);
lcdUpdateDisplay();
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