/** @brief Get entered new-playlist details
* @param namep Where to store entered name (or NULL)
* @param fullnamep Where to store computed full name (or NULL)
- * @param sharep Where to store 'shared' flag (or NULL)
+ * @param sharedp Where to store 'shared' flag (or NULL)
* @param publicp Where to store 'public' flag (or NULL)
* @param privatep Where to store 'private' flag (or NULL)
*/
}
/** @brief Update a section in the picker tree model
- * @param section Section name
+ * @param title Display name of section
+ * @param key Key to search for
* @param start First entry in @ref playlists
* @param end Past last entry in @ref playlists
*/
* @param title Display name of section
* @param key Key to search for
* @param iter Iterator to point at key
- * @param create If TRUE, key will be created if it doesn't exist
- * @param compare Row comparison function
+ * @param create Whether to create the row
* @return TRUE if key exists else FALSE
*
* If the @p key exists then @p iter will point to it and TRUE will be
* @param w Source widget (the tree view)
* @param dc Drag context
* @param data Where to put the answer
- * @param info_ Target @c info parameter
+ * @param info Target @c info parameter
* @param time_ Time data requested (for some reason not a @c time_t)
* @param user_data The queuelike
*
* @param input_channels Number of input channels
* @param input_signed Whether input samples are signed or unsigned
* @param input_rate Frames/second in input
+ * @param input_endian Input endianness (@c ENDIAN_BIG or @c ENDIAN_LITTLE)
* @param output_bits Bits/sample in output
* @param output_channels Number of output channels
* @param output_rate Frames/second in output
* @param output_signed Whether output samples are signed or unsigned
+ * @param output_endian Output endianness (@c ENDIAN_BIG or @c ENDIAN_LITTLE)
*
* For formats with more than two channels it's assume that the first
* two channels are left and right. No particular meaning is attached
/** @brief Convert input samples to floats
* @param rs Resampler state
* @param bytes Input bytes
- * @param nbytes Number of input bytes
+ * @param nframes Number of input frames
* @param floats Where to store converted data
*
* @p floats must be big enough. As well as converting to floats this