DTC::ProgramList* Dvr::GetConflictList( int nStartIndex,
int nCount,
int nRecordId )
{
RecordingList recordingList; // Auto-delete deque
RecList tmpList; // Standard deque, objects must be deleted
if (nRecordId <= 0)
nRecordId = -1;
// NOTE: Fetching this information directly from the schedule is
// significantly faster than using ProgramInfo::LoadFromScheduler()
Scheduler *scheduler = dynamic_cast<Scheduler*>(gCoreContext->GetScheduler());
if (scheduler)
scheduler->GetAllPending(tmpList, nRecordId);
// Sort the upcoming into only those which are conflicts
RecList::iterator it = tmpList.begin();
for(; it < tmpList.end(); ++it)
{
if (((*it)->GetRecordingStatus() == RecStatus::Conflict) &&
((*it)->GetRecordingStartTime() >= MythDate::current()))
{
recordingList.push_back(new RecordingInfo(**it));
}
delete *it;
*it = NULL;
}
// ----------------------------------------------------------------------
// Build Response
// ----------------------------------------------------------------------
DTC::ProgramList *pPrograms = new DTC::ProgramList();
nStartIndex = min( nStartIndex, (int)recordingList.size() );
nCount = (nCount > 0) ? min( nCount, (int)recordingList.size() ) : recordingList.size();
int nEndIndex = min((nStartIndex + nCount), (int)recordingList.size() );
for( int n = nStartIndex; n < nEndIndex; n++)
{
ProgramInfo *pInfo = recordingList[ n ];
DTC::Program *pProgram = pPrograms->AddNewProgram();
FillProgramInfo( pProgram, pInfo, true );
}
// ----------------------------------------------------------------------
pPrograms->setStartIndex ( nStartIndex );
pPrograms->setCount ( nCount );
pPrograms->setTotalAvailable( recordingList.size() );
pPrograms->setAsOf ( MythDate::current() );
pPrograms->setVersion ( MYTH_BINARY_VERSION );
pPrograms->setProtoVer ( MYTH_PROTO_VERSION );
return pPrograms;
}
DTC::ProgramList* Dvr::GetConflictList( int nStartIndex,
int nCount,
int nRecordId )
{
RecordingList recordingList;
RecordingList tmpList;
bool hasConflicts;
if (nRecordId <= 0)
nRecordId = -1;
LoadFromScheduler(tmpList, hasConflicts, "", nRecordId);
// Sort the upcoming into only those which are conflicts
RecordingList::iterator it = tmpList.begin();
for(; it < tmpList.end(); ++it)
{
if (nRecordId > 0 &&
(*it)->GetRecordingRuleID() != static_cast<uint>(nRecordId))
continue;
if (((*it)->GetRecordingStatus() == RecStatus::Conflict) &&
((*it)->GetRecordingStartTime() >= MythDate::current()))
{
recordingList.push_back(new RecordingInfo(**it));
}
}
// ----------------------------------------------------------------------
// Build Response
// ----------------------------------------------------------------------
DTC::ProgramList *pPrograms = new DTC::ProgramList();
nStartIndex = min( nStartIndex, (int)recordingList.size() );
nCount = (nCount > 0) ? min( nCount, (int)recordingList.size() ) : recordingList.size();
int nEndIndex = min((nStartIndex + nCount), (int)recordingList.size() );
for( int n = nStartIndex; n < nEndIndex; n++)
{
ProgramInfo *pInfo = recordingList[ n ];
DTC::Program *pProgram = pPrograms->AddNewProgram();
FillProgramInfo( pProgram, pInfo, true );
}
// ----------------------------------------------------------------------
pPrograms->setStartIndex ( nStartIndex );
pPrograms->setCount ( nCount );
pPrograms->setTotalAvailable( recordingList.size() );
pPrograms->setAsOf ( MythDate::current() );
pPrograms->setVersion ( MYTH_BINARY_VERSION );
pPrograms->setProtoVer ( MYTH_PROTO_VERSION );
return pPrograms;
}
DTC::ProgramList* Dvr::GetUpcomingList( int nStartIndex,
int nCount,
bool bShowAll )
{
RecordingList recordingList;
RecordingList tmpList;
bool hasConflicts;
LoadFromScheduler(tmpList, hasConflicts);
// Sort the upcoming into only those which will record
RecordingList::iterator it = tmpList.begin();
for(; it < tmpList.end(); ++it)
{
if (!bShowAll && ((*it)->GetRecordingStatus() <= rsWillRecord) &&
((*it)->GetRecordingStartTime() >=
QDateTime::currentDateTime()))
{
recordingList.push_back(new RecordingInfo(**it));
}
else if (bShowAll && ((*it)->GetRecordingStartTime() >=
QDateTime::currentDateTime()))
{
recordingList.push_back(new RecordingInfo(**it));
}
}
// ----------------------------------------------------------------------
// Build Response
// ----------------------------------------------------------------------
DTC::ProgramList *pPrograms = new DTC::ProgramList();
nStartIndex = min( nStartIndex, (int)recordingList.size() );
nCount = (nCount > 0) ? min( nCount, (int)recordingList.size() ) : recordingList.size();
int nEndIndex = min((nStartIndex + nCount), (int)recordingList.size() );
for( int n = nStartIndex; n < nEndIndex; n++)
{
ProgramInfo *pInfo = recordingList[ n ];
DTC::Program *pProgram = pPrograms->AddNewProgram();
FillProgramInfo( pProgram, pInfo, true );
}
// ----------------------------------------------------------------------
pPrograms->setStartIndex ( nStartIndex );
pPrograms->setCount ( nCount );
pPrograms->setTotalAvailable( recordingList.size() );
pPrograms->setAsOf ( QDateTime::currentDateTime() );
pPrograms->setVersion ( MYTH_BINARY_VERSION );
pPrograms->setProtoVer ( MYTH_PROTO_VERSION );
return pPrograms;
}
PVR_ERROR DVBLinkClient::GetTimers(ADDON_HANDLE handle)
{
PVR_ERROR result = PVR_ERROR_FAILED;
PLATFORM::CLockObject critsec(m_mutex);
GetRecordingsRequest recordingsRequest;
RecordingList recordings;
DVBLinkRemoteStatusCode status;
if ((status = m_dvblinkRemoteCommunication->GetRecordings(recordingsRequest, recordings)) != DVBLINK_REMOTE_STATUS_OK)
{
std::string error;
m_dvblinkRemoteCommunication->GetLastError(error);
XBMC->Log(LOG_ERROR, "Could not get timers (Error code : %d Description : %s)", (int)status, error.c_str());
return result;
}
XBMC->Log(LOG_INFO, "Found %d timers", recordings.size());
if (m_showinfomsg)
{
XBMC->QueueNotification(QUEUE_INFO, XBMC->GetLocalizedString(32007), recordings.size());
}
for (size_t i=0; i < recordings.size(); i++)
{
Recording* rec = recordings[i];
PVR_TIMER xbmcTimer;
memset(&xbmcTimer, 0, sizeof(PVR_TIMER));
//fake index
xbmcTimer.iClientIndex = i;
//misuse strDirectory to keep id of the timer
std::string timer_hash = make_timer_hash(rec->GetID(), rec->GetScheduleID());
PVR_STRCPY(xbmcTimer.strDirectory, timer_hash.c_str());
xbmcTimer.iClientChannelUid = GetInternalUniqueIdFromChannelId(rec->GetChannelID());
xbmcTimer.state = PVR_TIMER_STATE_SCHEDULED;
if (rec->IsActive)
xbmcTimer.state = PVR_TIMER_STATE_RECORDING;
if (rec->IsConflict)
xbmcTimer.state = PVR_TIMER_STATE_CONFLICT_NOK;
if (!rec->GetProgram().IsRecord)
xbmcTimer.state = PVR_TIMER_STATE_CANCELLED;
xbmcTimer.bIsRepeating = rec->GetProgram().IsRepeatRecord;
xbmcTimer.iEpgUid = rec->GetProgram().GetStartTime();
xbmcTimer.startTime =rec->GetProgram().GetStartTime();
xbmcTimer.endTime = rec->GetProgram().GetStartTime() + rec->GetProgram().GetDuration();
PVR_STRCPY(xbmcTimer.strTitle, rec->GetProgram().GetTitle().c_str());
PVR_STRCPY(xbmcTimer.strSummary, rec->GetProgram().ShortDescription.c_str());
int genre_type, genre_subtype;
SetEPGGenre(rec->GetProgram(), genre_type, genre_subtype);
if (genre_type == EPG_GENRE_USE_STRING)
{
xbmcTimer.iGenreType = EPG_EVENT_CONTENTMASK_UNDEFINED;
} else
{
xbmcTimer.iGenreType = genre_type;
xbmcTimer.iGenreSubType = genre_subtype;
}
PVR->TransferTimerEntry(handle, &xbmcTimer);
XBMC->Log(LOG_INFO, "Added EPG timer : %s", rec->GetProgram().GetTitle().c_str());
}
m_timerCount = recordings.size();
result = PVR_ERROR_NO_ERROR;
return result;
}
