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#ifndef __MIXER_IFACE_H
#define __MIXER_IFACE_H
#include <dcopobject.h>
class MixerIface : virtual public DCOPObject
{
K_DCOP
k_dcop:
/**
Sets the volume of the device with index deviceidx to the percentage
specified in the second parameter. The deviceidx is got from the array
at the start of mixer_oss.cpp .
*/
virtual void setVolume( int deviceidx, int percentage )=0;
/**
A simpler way to access the master volume (which is deviceidx 0).
*/
virtual void setMasterVolume( int percentage )=0;
/**
Increase the volume of the given device by a given percentage.
*/
virtual void increaseVolume( int deviceidx, int percentage )=0;
/**
Decrease the volume of the given device by a a given percentage.
*/
virtual void decreaseVolume( int deviceidx, int percentage )=0;
/**
Returns the volume of the device (as a percentage, 0..100).
*/
virtual int volume( int deviceidx )=0;
/**
Returns the volume of the master device (as a percentage, 0..100).
*/
virtual int masterVolume()=0;
/**
Sets the absolute volume of the device. Lower bound is absoluteVolumeMin(),
upper bound is absoluteVolumeMax().
*/
virtual void setAbsoluteVolume( int deviceidx, long absoluteVolume )=0;
/**
Returns the absolute volume of the device. The volume is in the range of
absoluteVolumeMin() <= absoluteVolume() <= absoluteVolumeMax()
*/
virtual long absoluteVolume( int deviceidx )=0;
/**
Returns the absolute maximum volume of the device.
*/
virtual long absoluteVolumeMin( int deviceidx )=0;
/**
Returns the absolute minimum volume of the device.
*/
virtual long absoluteVolumeMax( int deviceidx )=0;
/**
Mutes or unmutes the specified device.
*/
virtual void setMute( int deviceidx, bool on )=0;
/**
Mutes or unmutes the master device.
*/
virtual void setMasterMute( bool on )=0;
/**
Toggles mute-state for the given device.
*/
virtual void toggleMute( int deviceidx )=0;
/**
Toggles mute-state for the master device.
*/
virtual void toggleMasterMute()=0;
/**
Returns if the given device is muted or not. If the device is not
available in this mixer, it is reported as muted.
*/
virtual bool mute( int deviceidx )=0;
/**
Returns if the master device is muted or not. If the device is not
available in this mixer, it is reported as muted.
*/
virtual bool masterMute()=0;
/**
Returns the index of the master device
*/
virtual int masterDeviceIndex()=0;
/**
Makes the given device a record source.
*/
virtual void setRecordSource( int deviceidx, bool on )=0;
/**
Returns if the given device is a record source.
*/
virtual bool isRecordSource( int deviceidx )=0;
/**
Sets the balance of the master device (negative means balanced to the left
speaker and positive to the right one)
*/
virtual void setBalance( int balance )=0;
/**
Returns true if the given device is available in the current mixer
and false if it's not.
*/
virtual bool isAvailableDevice( int deviceidx )=0;
/**
Returns the name of the mixer.
*/
virtual TQString mixerName()=0;
/**
* Open/grab the mixer for further intraction
* You should use this method after a prior call of close(). See close() for usage directions.
*/
virtual int open()=0;
/**
* Close/release the mixer
* This method SHOULD NOT be used via DCOP. You MAY use it if you really need to close the mixer device,
* for example when a software suspend action (ACPI) takes place, and the soundcard driver
* doesn't handle this situation gracefully.
*/
virtual int close()=0;
};
#endif
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