CZapitChannel::~CZapitChannel(void)
{
resetPids();
if (caPmt)
delete caPmt;
}
CZapitChannel::~CZapitChannel(void)
{
//printf("DEL CHANNEL %s %x subs %d\n", name.c_str(), (int) this, getSubtitleCount());
resetPids();
//setCaPmt(NULL);
setRawPmt(NULL);
camap.clear();
}
CZapitChannel::~CZapitChannel ()
{
resetPids();
if (caPmt)
{
delete caPmt;
}
}
CZapitChannel::CZapitChannel (std::string p_name, t_service_id p_sid, t_transport_stream_id p_tsid, t_original_network_id p_onid, unsigned char p_service_type, unsigned char p_DiSEqC)
{
name = p_name;
service_id = p_sid;
transport_stream_id = p_tsid;
original_network_id = p_onid;
serviceType = p_service_type;
DiSEqC = p_DiSEqC;
caPmt = NULL;
resetPids();
}
CZapitChannel::CZapitChannel(const std::string & p_name, t_service_id p_sid, t_transport_stream_id p_tsid, t_original_network_id p_onid, unsigned char p_service_type, unsigned char p_DiSEqC, t_satellite_position p_satellite_position, frequency_kHz_t p_frequency)
{
name = p_name;
service_id = p_sid;
transport_stream_id = p_tsid;
original_network_id = p_onid;
serviceType = p_service_type;
DiSEqC = p_DiSEqC;
satellitePosition = p_satellite_position;
frequency = p_frequency;
caPmt = NULL;
resetPids();
}
void CZapitChannel::Init()
{
uname = DEFAULT_CH_UNAME;
//caPmt = NULL;
rawPmt = NULL;
pmtLen = 0;
type = 0;
number = 0;
scrambled = 0;
pname = NULL;
pmtPid = 0;
resetPids();
ttx_language_code = "";
last_unlocked_EPGid = 0;
last_unlocked_time = 0;
has_bouquet = false;
record_demux = 2;
pip_demux = 2;
polarization = 0;
flags = 0;
delsys = DVB_S;
bLockCount = 0;
bLocked = DEFAULT_CH_LOCKED;
}
