void omxplayer_ProcessPlayerData(int bytesRead)
{
int ticks = 0;
static int lastSyncCheck = 0;
static int lastRemoteSync = 0;
int mins = 0;
int secs = 0;
int subsecs = 0;
int totalCentiSecs = 0;
char *ptr = NULL;
if ((mediaOutputStatus.secondsTotal == 0) &&
(mediaOutputStatus.minutesTotal == 0) &&
(ptr = strstr(omxBuffer, "Duration: ")))
{
// Sample line format:
// (whitespace)Duration: 00:00:37.91, start: 0.000000, bitrate: 2569 kb/s
char *ptr2 = strchr(ptr, ',');
if (ptr2)
{
*ptr2 = '\0';
ptr = ptr + 10;
int hours = strtol(ptr, NULL, 10);
ptr += 3;
mediaOutputStatus.minutesTotal = strtol(ptr, NULL, 10) + (hours * 60);
ptr += 3;
mediaOutputStatus.secondsTotal = strtol(ptr, NULL, 10);
}
}
// Data is line buffered so all stats lines should start with "M: "
if ((!strncmp(omxBuffer, "M:", 2)) &&
(bytesRead > 20))
{
errno = 0;
ticks = strtol(&omxBuffer[2], NULL, 10);
if (errno) {
LogErr(VB_MEDIAOUT, "Error parsing omxplayer output.\n");
return;
}
} else {
return;
}
totalCentiSecs = ticks / 10000;
mins = totalCentiSecs / 6000;
secs = totalCentiSecs % 6000 / 100;
subsecs = totalCentiSecs % 100;
mediaOutputStatus.secondsElapsed = 60 * mins + secs;
mediaOutputStatus.subSecondsElapsed = subsecs;
mediaOutputStatus.secondsRemaining = (mediaOutputStatus.minutesTotal * 60)
+ mediaOutputStatus.secondsTotal - mediaOutputStatus.secondsElapsed;
// FIXME, can we get this?
// mediaOutputStatus.subSecondsRemaining = subsecs;
mediaOutputStatus.mediaSeconds = (float)((float)mediaOutputStatus.secondsElapsed + ((float)mediaOutputStatus.subSecondsElapsed/(float)100));
if (getFPPmode() == MASTER_MODE)
{
if ((mediaOutputStatus.secondsElapsed > 0) &&
(lastRemoteSync != mediaOutputStatus.secondsElapsed))
{
SendMediaSyncPacket(mediaOutput->filename, 0,
mediaOutputStatus.mediaSeconds);
lastRemoteSync = mediaOutputStatus.secondsElapsed;
}
}
if ((sequence->IsSequenceRunning()) &&
(mediaOutputStatus.secondsElapsed > 0) &&
(lastSyncCheck != mediaOutputStatus.secondsElapsed))
{
LogDebug(VB_MEDIAOUT,
"Elapsed: %.2d.%.2d Remaining: %.2d Total %.2d:%.2d.\n",
mediaOutputStatus.secondsElapsed,
mediaOutputStatus.subSecondsElapsed,
mediaOutputStatus.secondsRemaining,
mediaOutputStatus.minutesTotal,
mediaOutputStatus.secondsTotal);
CalculateNewChannelOutputDelay(mediaOutputStatus.mediaSeconds);
lastSyncCheck = mediaOutputStatus.secondsElapsed;
}
}
void ogg123Output::ParseTimes()
{
static int lastRemoteSync = 0;
int result;
int secs;
int mins;
int subSecs;
char tmp[3];
tmp[2]= '\0';
// Mins
tmp[0] = m_ogg123_strTime[1];
tmp[1] = m_ogg123_strTime[2];
sscanf(tmp,"%d",&mins);
// Secs
tmp[0] = m_ogg123_strTime[4];
tmp[1] = m_ogg123_strTime[5];
sscanf(tmp,"%d",&secs);
m_mediaOutputStatus->secondsElapsed = 60*mins + secs;
// Subsecs
tmp[0] = m_ogg123_strTime[7];
tmp[1] = m_ogg123_strTime[8];
sscanf(tmp,"%d",&m_mediaOutputStatus->subSecondsElapsed);
// Mins Remaining
tmp[0] = m_ogg123_strTime[11];
tmp[1] = m_ogg123_strTime[12];
sscanf(tmp,"%d",&mins);
// Secs Remaining
tmp[0] = m_ogg123_strTime[14];
tmp[1] = m_ogg123_strTime[15];
sscanf(tmp,"%d",&secs);
m_mediaOutputStatus->secondsRemaining = 60*mins + secs;
// Subsecs remaining
tmp[0] = m_ogg123_strTime[17];
tmp[1] = m_ogg123_strTime[18];
sscanf(tmp,"%d",&m_mediaOutputStatus->subSecondsRemaining);
// Total Mins
tmp[0] = m_ogg123_strTime[24];
tmp[1] = m_ogg123_strTime[25];
sscanf(tmp,"%d",&m_mediaOutputStatus->minutesTotal);
// Total Secs
tmp[0] = m_ogg123_strTime[27];
tmp[1] = m_ogg123_strTime[28];
sscanf(tmp,"%d",&m_mediaOutputStatus->secondsTotal);
m_mediaOutputStatus->mediaSeconds = (float)((float)m_mediaOutputStatus->secondsElapsed + ((float)m_mediaOutputStatus->subSecondsElapsed/(float)100));
if (getFPPmode() == MASTER_MODE)
{
if ((m_mediaOutputStatus->secondsElapsed > 0) &&
(lastRemoteSync != m_mediaOutputStatus->secondsElapsed))
{
SendMediaSyncPacket(m_mediaFilename.c_str(), 0,
m_mediaOutputStatus->mediaSeconds);
lastRemoteSync = m_mediaOutputStatus->secondsElapsed;
}
}
if ((sequence->IsSequenceRunning()) &&
(m_mediaOutputStatus->secondsElapsed > 0))
{
LogExcess(VB_MEDIAOUT,
"Elapsed: %.2d.%.2d Remaining: %.2d Total %.2d:%.2d.\n",
m_mediaOutputStatus->secondsElapsed,
m_mediaOutputStatus->subSecondsElapsed,
m_mediaOutputStatus->secondsRemaining,
m_mediaOutputStatus->minutesTotal,
m_mediaOutputStatus->secondsTotal);
CalculateNewChannelOutputDelay(m_mediaOutputStatus->mediaSeconds);
}
}
