/// \return The address of an array of integers containing the
/// file descriptors.
virtual int
- poll_fds(struct pollfd * array, int space);
+ poll_fds(PollType * array, int space);
/// Return the number of audio samples the device can handle in
/// a write without blocking. This version always returns SIZE_MAX.
}
int
- AudioSink::poll_fds(struct pollfd *, int)
+ AudioSink::poll_fds(PollType *, int)
{
return 0;
}
/// with the number of file descriptors in the array.
/// \return The address of an array of integers containing the
/// file descriptors.
- virtual int poll_fds(struct pollfd * array, int space);
+ virtual int poll_fds(PollType * array, int space);
/// Return the amount of bytes ready for read. In this case, it always
/// returns 0.
}
int
- BlankPanel::poll_fds(struct pollfd *, int)
+ BlankPanel::poll_fds(PollType *, int)
{
return 0;
}
/// written.
virtual std::size_t ready() = 0;
- ///
- virtual int poll_fds(struct pollfd * array, int space) = 0;
+ /// Type used by poll_fds(). For portability to Windows.
+ typedef struct pollfd PollType;
+
+ /// Poll file descriptors for available I/O.
+ virtual int poll_fds(PollType * array, int space) = 0;
virtual ~IODevice() = 0;
};
/// \return The address of an array of integers containing the
/// file descriptors.
virtual int
- poll_fds(struct pollfd * array, int space);
+ poll_fds(PollType * array, int space);
/// Return the number of audio samples the device can provide in
/// a read without blocking.
}
int
- AudioInALSA::poll_fds(struct pollfd * array, int space)
+ AudioInALSA::poll_fds(PollType * array, int space)
{
const int size = snd_pcm_poll_descriptors_count(handle);
/// \return The address of an array of integers containing the
/// file descriptors.
virtual int
- poll_fds(struct pollfd * array, int space);
+ poll_fds(PollType * array, int space);
/// Return the number of audio samples the device can handle in
/// a write without blocking.
}
int
- AudioOutALSA::poll_fds(struct pollfd * array, int space)
+ AudioOutALSA::poll_fds(PollType * array, int space)
{
const int size = snd_pcm_poll_descriptors_count(handle);
/// with the number of file descriptors in the array.
/// \return The address of an array of integers containing the
/// file descriptors.
- virtual int poll_fds(struct pollfd * array, int space);
+ virtual int poll_fds(PollType * array, int space);
/// Return the amount of bytes ready for read.
std::size_t ready();
}
int
- PTTConstant::poll_fds(struct pollfd *, int)
+ PTTConstant::poll_fds(PollType *, int)
{
return 0;
}
/// with the number of file descriptors in the array.
/// \return The address of an array of integers containing the
/// file descriptors.
- virtual int poll_fds(struct pollfd * array, int space);
+ virtual int poll_fds(PollType * array, int space);
/// Read the text data.
std::size_t read(char * buffer, std::size_t size);
}
int
- TextConstant::poll_fds(struct pollfd *, int)
+ TextConstant::poll_fds(PollType *, int)
{
return 0;
}
/// with the number of file descriptors in the array.
/// \return The address of an array of integers containing the
/// file descriptors.
- virtual int poll_fds(struct pollfd * array, int space);
+ virtual int poll_fds(PollType * array, int space);
/// Return the amount of audio samples for read. In this case, it always
/// returns SIZE_MAX.
}
int
- Tone::poll_fds(struct pollfd *, int)
+ Tone::poll_fds(PollType *, int)
{
return 0;
}