bool BufferedStreamMgr::getLine(QuickString &line)
{
line.clear();
if (_mainBufCurrStartPos >= _mainBufCurrLen) {
if (!readFileChunk()) {
_eof = true;
return false;
}
}
while (1) {
int searchPos = _mainBufCurrStartPos;
while (searchPos < _mainBufCurrLen && _mainBuf[searchPos] != '\n') {
searchPos++;
}
line.append((char *)_mainBuf + _mainBufCurrStartPos, searchPos - _mainBufCurrStartPos);
_mainBufCurrStartPos = searchPos +1;
if (searchPos == _mainBufCurrLen) { //hit end of buffer, but no newline yet
if (!readFileChunk()) { //hit eof
return true;
}
} else if (_mainBuf[searchPos] == '\n') {
return true;
}
}
}
int startSound(tsound *snd)
{int i,ret=0;
for(i=0;i<NUMMAXSOUNDS;i++)
{
if(listSounds[i].buf==0)
{
listSounds[i].fileName=snd->fileName;
listSounds[i].statusRepeat=snd->statusRepeat;
listSounds[i].cache=snd->cache;
listSounds[i].idxTotal=0;
if(listSounds[i].cache)
listSounds[i].size=readFile(snd->fileName, (char **)&listSounds[i].buf);
else
listSounds[i].size=readFileChunk(listSounds[i].fileName, (char **)&listSounds[i].buf,listSounds[i].idxTotal,8192);
listSounds[i].idxTotal=listSounds[i].size;
listSounds[i].size/=sizeof(sample);
ret=listSounds[i].size;
listSounds[i].idx=listSounds[i].size;//HEADERWAVFILE;
break;
}
}
return ret;
}
bool BufferedStreamMgr::getLine(QuickString &line)
{
line.clear();
if (_mainBufCurrStartPos >= _mainBufCurrLen) {
if (!readFileChunk()) {
_eof = true;
return false;
}
}
bool retVal = true;
while (1) {
int searchPos = _mainBufCurrStartPos;
while (searchPos < _mainBufCurrLen && _mainBuf[searchPos] != '\n') {
searchPos++;
}
line.append((char *)_mainBuf + _mainBufCurrStartPos, searchPos - _mainBufCurrStartPos);
_mainBufCurrStartPos = searchPos +1;
if (searchPos == _mainBufCurrLen) { //hit end of buffer, but no newline yet
if (!readFileChunk()) { //hit eof
retVal = true;
break;
}
} else if (_mainBuf[searchPos] == '\n') {
retVal = true;
break;
}
}
//strip any whitespace characters, such as DOS newline characters or extra tabs,
//from the end of the line
int lastPos = line.size();
while (isspace(line[lastPos-1])) lastPos--;
line.resize(lastPos);
return retVal;
}
int RenderAudio(void)
{int J,i,k,idx,s,p=0;
sample bufSnd[MAXCACHESOUND];
int soma=0;
J = GetFreeAudio();
J--;
if(J)
{
for(k=0;k<J;k++) bufSnd[k]=0;
for(i=0;i<NUMMAXSOUNDS;i++)
{
if(listSounds[i].buf!=0)
{
idx=listSounds[i].idx;
if(idx+J>listSounds[i].size) s=listSounds[i].size-idx;
else s=J;
if(s>MAXCACHESOUND)
s=MAXCACHESOUND;
for(k=0;k<s;k++)
{
if(p>0)
{
bufSnd[k]+=listSounds[i].buf[idx+k];
bufSnd[k]/=2;
}
else
bufSnd[k]=listSounds[i].buf[idx+k];
soma+=bufSnd[k];
}
listSounds[i].idx+=s;
p++;
if(s==0)
{
if(listSounds[i].statusRepeat)
{
if(!listSounds[i].cache)
{
listSounds[i].idx=0;
listSounds[i].size=readFileChunk(listSounds[i].fileName, (char **)&listSounds[i].buf,listSounds[i].idxTotal,8192);
listSounds[i].idxTotal+=listSounds[i].size;
if(listSounds[i].size==-1)
{
listSounds[i].idx=HEADERWAVFILE;
listSounds[i].idxTotal=0;
listSounds[i].size=readFileChunk(listSounds[i].fileName, (char **)&listSounds[i].buf,listSounds[i].idxTotal,8192);
}
}
else
listSounds[i].idx=HEADERWAVFILE;
}
else
{
if(!listSounds[i].cache)
{
listSounds[i].idx=0;
listSounds[i].size=readFileChunk(listSounds[i].fileName, (char **)&listSounds[i].buf,listSounds[i].idxTotal,8192);
listSounds[i].idxTotal+=listSounds[i].size;
if(listSounds[i].size==-1)
{
if(listSounds[i].buf) myfree(listSounds[i].buf);
listSounds[i].buf=0;
listSounds[i].idx=0;
}
}
else
{
// if(listSounds[i].buf) myfree(listSounds[i].buf);
// listSounds[i].buf=0;
// listSounds[i].idx=0;
}
}
}
}
}
if(J)
WriteAudio((sample *)&bufSnd[0],J);
}
return(soma);
}