Subversion Repositories Kolibri OS

//

//   This file is part of the AC97 mp3 player.

//   (C) copyright Serge 2006

//   email: infinity_sound@mail.ru

//

//   This program is free software; you can redistribute it and/or modify

//   it under the terms of the GNU General Public License as published by

//   the Free Software Foundation; either version 2 of the License, or

//   (at your option) any later version.

//

//   This program is distributed in the hope that it will be useful,

//   but WITHOUT ANY WARRANTY; without even the implied warranty of

//   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

//   GNU General Public License for more details.

#include "kolibri.h"

//#include "stdio.h"

#include "string.h"

#include "ac97wav.h"

#include "mpg/mpg123.h"

#define MP3_ERROR_OUT_OF_BUFFER                 5

int m_last_error;

void thread_proc();

void touch(char *buf, int size);

int mp3FindSync(byte* buf, int size, int* sync);

int stream_read_raw(struct reader *rd,unsigned char *buf, int size);

char *fname;

//extern char __path;

/*****      for debug output only

char formats[37][12] =

{ "PCM_ALL",

  "PCM_2_16_48","PCM_1_16_48","PCM_2_16_44","PCM_1_16_44",

  "PCM_2_16_32","PCM_1_16_32","PCM_2_16_24","PCM_1_16_24",

  "PCM_2_16_22","PCM_1_16_22","PCM_2_16_16","PCM_1_16_16",

  "PCM_2_16_12","PCM_1_16_12","PCM_2_16_11","PCM_1_16_11",

  "PCM_2_16_8","PCM_1_16_8","PCM_2_8_48","PCM_1_8_48",

  "PCM_2_8_44","PCM_1_8_44","PCM_2_8_32","PCM_1_8_32",

  "PCM_2_8_24","PCM_1_8_24","PCM_2_8_22","PCM_1_8_22",

  "PCM_2_8_16","PCM_1_8_16","PCM_2_8_12","PCM_1_8_12",

  "PCM_2_8_11","PCM_1_8_11","PCM_2_8_8","PCM_1_8_8"

};

*******/

//int freqs[9] = {44100,48000,32000,22050,24000,16000 ,11025 ,12000 ,8000};

struct reader rd;

struct frame fr;

DWORD hDrv;

DWORD hSound;

DWORD hBuff;

DWORD event[2];

CTRL_INFO info;

FILEINFO   fileinfo;

int m_vol;

DWORD status;

DWORD offset;

DWORD first_sync;

unsigned char *testbuff;

unsigned char *outbuf;

unsigned char *inpbuf;

unsigned char *outPtr;

int inpsize;

int outsize;

int outremain;

int totalout;

int done;

char srv_name[] = "INFINITY";

char srv_intel[] = "SOUND";

char header[] = "AC97 MP3 player";

char buttons_text[]=" Play    Stop     <<      >>     Vol-    Vol+";

void (*snd_play)();

void draw_window()

{

   BeginDraw();

   DrawWindow(100,100,299,72,0x404040,3,0,0,0);

   make_button(7,24,45,13, 0x10|BT_NORMAL,0x808080);

   make_button(56,24,45,13, 0x11|BT_NORMAL,0x808080);

   make_button(104,24,45,13, 0x12|BT_NORMAL,0x808080);

   make_button(152,24,45,13, 0x13|BT_NORMAL,0x808080);

   make_button(200,24,45,13, 0x14|BT_NORMAL,0x808080);

   make_button(248,24,45,13, 0x15|BT_NORMAL,0x808080);

   make_button(7,41,286,11, 0x30|BT_HIDE|BT_NOFRAME,0x404040);

   draw_bar(7,41,286,11,0x404040);

   draw_bar(7,55,286,11,0x404040);

   write_text(12,58,0x004000|FONT0, fname, strlen(fname));

   write_text(11,57,0x00FF20|FONT0, fname, strlen(fname));

   write_text(8,8,0xFFFFFF|FONT0, header, strlen(header));

   write_text(12,28,0x404040|FONT0,buttons_text,strlen(buttons_text));

   write_text(11,27,0xA0FFA0|FONT0,buttons_text,strlen(buttons_text));

   EndDraw();

};

void draw_progress_bar()

{  DWORD x;

   x = 286.0f * (float)(rd.filepos-rd.strremain)/(float)fileinfo.size;

   if(x==0) return;

   draw_bar(7,41,x,11,0xA0A0A0);

   draw_bar(x+7,41,286-x,11,0x404040);

};

void debug_out_str(char* str)

{

  while (*str != 0)

  {

    debug_out(*str);

    str++;

  }

}

int main(int argc, char *argv[])      //int argc, char *argv[])

{ DWORD fmt;

   char *thread_stack;

   DWORD r_bytes;

   int retval;

   fname = argv[1];

   //debug_out_str(fname);

   InitHeap(1024*1024);

   if(get_fileinfo(fname, &fileinfo)==FILE_NOT_FOUND)

      return 0;

   if((hDrv=GetService(srv_intel))==0)

      return 0;

   if ((hSound=GetService(srv_name))==0)

     return 0;

   GetDevInfo(hDrv, &info);

   m_vol = GetMasterVol(hDrv,&m_vol);

   if (m_vol > 85)

   { m_vol = 85;

      SetMasterVol(hDrv,m_vol);

   };

   testbuff = UserAlloc(4096);

   get_fileinfo(fname, &fileinfo);

   offset = 0;

   retval=read_file (fname,testbuff,0,2048,&r_bytes);

   if (retval) return 0;

   inpbuf = UserAlloc(0x10000);

   touch(inpbuf, 0x10000);

   create_reader(&rd, inpbuf, 0x10000);

   init_reader(&rd,fname);

   fmt = test_wav((WAVEHEADER*)testbuff);

   if (fmt != 0)

   {

     snd_play = &play_wave;

     set_reader(&rd, 44);

     outbuf = UserAlloc(32*1024);

     touch(outbuf, 32768);

   }

   else

   {   fmt = test_mp3(testbuff);

        if(fmt ==0) return 0;

        snd_play = &play_mp3;

        outremain = 0x40000 ;

        outbuf = UserAlloc(outremain);

        touch(outbuf, outremain);

        make_decode_tables(32767);

              init_layer2();

              init_layer3(SBLIMIT);

              fr.single = -1;

   };

   status = ST_PLAY;

   hBuff = CreateBuffer(hSound,fmt);

   if (hBuff == 0) return 0;

   thread_stack = UserAlloc(4096);

   thread_stack+=4092;

   CreateThread(thread_proc, thread_stack);

   while(1)

   {  delay(10);

      switch(status)

      {  case ST_PLAY:

           snd_play();

           continue;

         case ST_STOP:

           StopBuffer(hSound, hBuff);

           status = ST_DONE;

           continue;

         case ST_EXIT:

           StopBuffer(hSound, hBuff);

           DestroyBuffer(hSound, hBuff);

           return 0;

      };

   };

   return 0;

};

void touch(char *buf, int size)

{ int i;

   char a;

    for ( i = 0;i < size; i+=4096)

      a = buf[i];

};

DWORD test_mp3(char *buf)

{  unsigned long hdr;

    WAVEHEADER whdr;

    while (1)

    {  if(rd.filepos > 102400)

          return 0;

        if(!rd.head_read(&rd,&hdr))

                        return 0;

        if(!decode_header(&fr,hdr))

        {  rd.strpos-=3;

            rd.stream-=3;

            rd.strremain+=3;

            continue;

        };

        break;

          };

    first_sync = rd.filepos-rd.strremain-4;

    whdr.riff_id = 0x46464952;

    whdr.riff_format = 0x45564157;

    whdr.wFormatTag = 0x01;

    whdr.nSamplesPerSec = freqs[fr.sampling_frequency];

    whdr.nChannels = 2; //mpginfo.channels;

    whdr.wBitsPerSample = 16;

    return test_wav(&whdr);

};

void wave_out(char* buff)

{ DWORD ev[6];

   GetNotify(&ev[0]);

   SetBuffer(hSound,hBuff,buff,ev[1],0x8000);

}

void play_mp3()

{  char *outPtr;

    int totalout;

    int outcount;

    set_reader(&rd, first_sync);

    outPtr = outbuf;

    totalout=0;

    done = 0;

    memset(outbuf,0,0x10000);

    SetBuffer(hSound,hBuff,outbuf,0,0x10000);

    PlayBuffer(hSound, hBuff);

    while(1)

    { if(status!=ST_PLAY)

             break;

     for(;;)

     {   outcount = 0;

          if( !read_frame(&rd, &fr))

          {  done = 1;

              break;

          };

          fr.do_layer(&fr, outPtr,&outcount);

          outPtr+= outcount;

          totalout+=outcount;

          outremain-=outcount;

          if(outremain < outcount*2)

            break;

    };

    if(done)

    { if(totalout < 32768)

            {  memset(outPtr,0,32768-totalout);

                totalout = 32768;

      };

    };

    if(totalout < 32768)

      continue;

/*

     _asm

  {  push edx

      push eax

      mov eax, 0xFF

      mov edx, 0x400

      out dx, al

      pop eax

      pop edx

  };

*/

    outPtr = outbuf;

    while (totalout > 32768)

    { wave_out(outPtr);

             totalout-=0x8000;

             outPtr+=0x8000;

             outremain+=0x8000;

    };

    if(done) break;

    memmove(outbuf,outPtr, totalout);

    outPtr = outbuf+totalout;

   }

    if(status != ST_EXIT)

    status =  ST_STOP;

};

void play_wave()

{ DWORD ev[6];

   int retval;

   int remain;

   int i;

//   offset = 44;

//   read_file (fname,outbuf,offset,32*1024,0);

//   offset+=32*1024;

   stream_read_raw(&rd,outbuf,32768);

   SetBuffer(hSound,hBuff,outbuf,0,0x8000);

   stream_read_raw(&rd,outbuf,32768);

   SetBuffer(hSound,hBuff,outbuf,0x8000,0x8000);

   PlayBuffer(hSound, hBuff);

   retval = 0;

   while(1)

   {

      if(status!=ST_PLAY)

        break;

      if( !stream_read_raw(&rd,outbuf,32768))

      {  done = 1;

          break;

      };

      wave_out(outbuf);

   };

   if(status != ST_EXIT)

    status =  ST_STOP;

};

void snd_stop()

{

  StopBuffer(hSound, hBuff);

};

void thread_proc()

{  int evnt;

   int pos;

   int key;

  _asm { fninit };

  draw_window();

  while(1)

  {  if(status==ST_PLAY)

      {  draw_progress_bar();

          evnt = wait_for_event(80);

       //   debug_out_str("BIG ERROR...\x0D\x0A\x00");

      }

     else

        evnt = wait_for_event_infinite();

    switch(evnt)

    {

      case EV_REDRAW:

        draw_window();

        break;

      case EV_KEY:

        key = get_key();

        if(key==27)

        {   status = ST_EXIT;

            exit();

        };

        if((key==45)||key==54)

        { if(m_vol > 0)

          { m_vol--;

            SetMasterVol(hDrv,m_vol);

          };

          break;

        };

        if((key==61)||key==56)

        { if(m_vol < 90)

          { m_vol++;

            SetMasterVol(hDrv,m_vol);

          };

        };

        break;

      case EV_BUTTON:

        switch(get_button_id())

        {  case 1:

             status = ST_EXIT;

             exit();

             break;

           case 0x10:

             status = ST_PLAY;

             continue;

           case 0x11:

             status = ST_STOP;

             break;

//           case 0x12:

//           case 0x13:

           case 0x14:

             if(m_vol > 0)

             { m_vol--;

               SetMasterVol(hDrv,m_vol);

             };

             break;

           case 0x15:

             if(m_vol < 90)

             { m_vol++;

               SetMasterVol(hDrv,m_vol);

             };

             break;

           case 0x30:

            if(status==ST_DONE)

              break;

//            if(snd_play == play_mp3)

//              continue;

            pos = (GetMousePos(REL_WINDOW)>>16)-7;

            offset = ((fileinfo.size-44)/286*pos+44)&0xFFFFFFFC;

            set_reader(&rd, offset);

            draw_progress_bar();

            break;

        };

    };

  };

};

DWORD test_wav(WAVEHEADER *hdr)

{

  if(hdr->riff_id != 0x46464952)

    return 0;

  if(hdr->riff_format != 0x45564157)

    return 0;

  if (hdr->wFormatTag != 0x01)

    return 0;

  switch(hdr->nSamplesPerSec)

  { case 48000:

      switch (hdr->nChannels)

      {  case 1:

           if(hdr->wBitsPerSample == 16)

             return PCM_1_16_48;

           else

             return PCM_1_8_48;

         case 2:

           if(hdr->wBitsPerSample == 16)

             return PCM_2_16_48;

           else

             return PCM_2_8_48;

      };

    case 44100:

      switch (hdr->nChannels)

      {  case 1:

           if(hdr->wBitsPerSample == 16)

             return PCM_1_16_44;

           else

             return PCM_1_8_44;

         case 2:

           if(hdr->wBitsPerSample == 16)

             return PCM_2_16_44;

           else

             return PCM_2_8_44;

      };

    case 32000:

      switch (hdr->nChannels)

      {  case 1:

           if(hdr->wBitsPerSample == 16)

             return PCM_1_16_32;

           else

             return PCM_1_8_32;

         case 2:

           if(hdr->wBitsPerSample == 16)

             return PCM_2_16_32;

           else

             return PCM_2_8_32;

      };

    case 24000:

      switch (hdr->nChannels)

      {  case 1:

           if(hdr->wBitsPerSample == 16)

             return PCM_1_16_24;

           else

             return PCM_1_8_24;

         case 2:

           if(hdr->wBitsPerSample == 16)

             return PCM_2_16_24;

           else

             return PCM_2_8_24;

      };

    case 22050:

      switch (hdr->nChannels)

      {  case 1:

           if(hdr->wBitsPerSample == 16)

             return PCM_1_16_22;

           else

             return PCM_1_8_22;

         case 2:

           if(hdr->wBitsPerSample == 16)

             return PCM_2_16_22;

           else

             return PCM_2_8_22;

      };

    case 16000:

      switch (hdr->nChannels)

      {  case 1:

           if(hdr->wBitsPerSample == 16)

             return PCM_1_16_16;

           else

             return PCM_1_8_16;

         case 2:

           if(hdr->wBitsPerSample == 16)

             return PCM_2_16_16;

           else

             return PCM_2_8_16;

      };

    case 12000:

      switch (hdr->nChannels)

      {  case 1:

           if(hdr->wBitsPerSample == 16)

             return PCM_1_16_12;

           else

             return PCM_1_8_12;

         case 2:

           if(hdr->wBitsPerSample == 16)

             return PCM_2_16_12;

           else

             return PCM_2_8_12;

      };

    case 11025:

      switch (hdr->nChannels)

      {  case 1:

           if(hdr->wBitsPerSample == 16)

             return PCM_1_16_11;

           else

             return PCM_1_8_11;

         case 2:

           if(hdr->wBitsPerSample == 16)

             return PCM_2_16_11;

           else

             return PCM_2_8_11;

      };

    case 8000:

      switch (hdr->nChannels)

      {  case 1:

           if(hdr->wBitsPerSample == 16)

             return PCM_1_16_8;

           else

             return PCM_1_8_8;

         case 2:

           if(hdr->wBitsPerSample == 16)

             return PCM_2_16_8;

           else

             return PCM_2_8_8;

      };

      default:

        return 0;

  };

};

void delay (int val)

{

  _asm

 {   mov   eax,5

      mov   ebx, [val]

      int   0x40

  };

}

int wait_for_event(int time)

{ int retval;

  _asm

 {  mov  eax,23

     mov  ebx,[time]

     int  0x40

     mov [retval], eax

 };

 return retval;

};

int wait_for_event_infinite()

{   void *a;

     int retval;

  _asm

  {  mov  eax,10

      int  0x40

      mov [retval], eax

  };

  return retval;

};

void BeginDraw()

{_asm

 { mov   eax,12

    mov   ebx, 1

    int   0x40

  };

};

void EndDraw()

{ _asm

 { mov   eax,12

    mov   ebx, 2

    int   0x40

  };

};

///*********

void *memmove ( void * dst, void * src, int count)

{ void *ret;

  ret = dst;

  if (dst <= src || (char *)dst >= ((char *)src + count))

  {

      while (count--)

      { *(char *)dst = *(char *)src;

          dst = (char *)dst + 1;

          src = (char *)src + 1;

      }

   }

   else

    {

        dst = (char *)dst + count - 1;

        src = (char *)src + count - 1;

         while (count--)

          {  *(char *)dst = *(char *)src;

              dst = (char *)dst - 1;

              src = (char *)src - 1;

          }

    }

    return ret;

};

//**********/

void * __cdecl mem_cpy(void * dst,const void * src,size_t count)

{    void * ret = dst;

      while (count--)

      {  *(char *)dst = *(char *)src;

          dst = (char *)dst + 1;

          src = (char *)src + 1;

      };

      return(ret);

}

//   debug_out_str(formats[fmt]);

//   debug_out_str("\x0D\x0A\x00");

//   debug_out_str("pci cmd: ");

//   debug_out_hex(info.pci_cmd);

//   debug_out_str("\x0D\x0A\x00");

//   debug_out_str("irq line: ");

//   debug_out_hex(info.irq);

//   debug_out_str("\x0D\x0A\x00");

//   debug_out_str("global control: ");

//   debug_out_hex(info.glob_cntrl);

//   debug_out_str("\x0D\x0A\x00");

//   debug_out_str("global status:  ");

//   debug_out_hex(info.glob_sta);

//   debug_out_str("\x0D\x0A\x00");

  // call _print_volume

//   debug_out_hex(whdr.nChannels);

//   debug_out_str("\x0D\x0A\x00");

//   debug_out_hex(whdr.nSamplesPerSec);

//   debug_out_str("\x0D\x0A\x00");

//   debug_out_hex(fmt);

//   debug_out_str("\x0D\x0A\x00");