const CPVRChannel *CPVRChannelGroup::GetByChannelUp(const CPVRChannel &channel) const
{
CSingleLock lock(m_critSection);
unsigned int iChannelNumber = GetChannelNumber(channel) + 1;
if (iChannelNumber > size())
iChannelNumber = 1;
return GetByChannelNumber(iChannelNumber);
}
const CPVRChannel *CPVRChannelGroup::GetByChannelDown(const CPVRChannel &channel) const
{
CSingleLock lock(m_critSection);
int iChannelNumber = GetChannelNumber(channel) - 1;
if (iChannelNumber <= 0)
iChannelNumber = size();
return GetByChannelNumber(iChannelNumber);
}
bool CPVRChannelNumberInputHandler::CheckInputAndExecuteAction()
{
const CPVRChannelNumber channelNumber = GetChannelNumber();
if (channelNumber.IsValid())
{
// we have a valid channel number; execute the associated action now.
ExecuteAction();
return true;
}
return false;
}
///Equality operator, we only check to see if the module number, channel number, and times are equal.
///@param [in] rhs : the configuration to compare to
///@return true if the module number, channel number, and time are identical
bool operator==(const ChanEvent &rhs) const {
return GetModuleNumber() == rhs.GetModuleNumber() && GetChannelNumber() == rhs.GetChannelNumber() &&
GetTime() == rhs.GetTime();
}
/** \return the channel id defined as pixie module # * 16 + channel number */
unsigned int GetID() const { return DetectorLibrary::get()->GetIndex(GetModuleNumber(), GetChannelNumber()); }
//! \return The channelConfiguration in the map for the channel event
const ChannelConfiguration &GetChanID() const {
return DetectorLibrary::get()->at(GetModuleNumber(), GetChannelNumber());
}
