Polecenie cdda2wav

Specify a different drive for ioctl purposes.

Set the sample rate to a value equal to 44100/n samples per second. The -R option, used by itself, lists the possible values.

Copy each track into its own file. This is the single most commonly used flag.

Set the quality of samples to n bits per sample per channel. Possible values are 8, 12, and 16.

Set the byte order, or "endianness" of the input data. You may set the order to little, big, or guess. This is useful when your CD-ROM drive uses an unexpected or unusual byte order for your platform.

Set stereo instructions. Set channel to 1 for mono; 2 for stereo; or s for stereo, but swapped left-to-right. You can also use -s (--stereo) to record in stereo and -m (--mono) to record in mono.

Set the name of the CD lookup server used. A reliable choice is freedb.freedb.org, which assigns requests to one of several official mirrors for the free CD database project.

Select the port on which to access the CD lookup server. The servers at freedb.org use cddbp on port 8880, and http on port 80.

Specify the device. The device must work with the -i (--interface) settings.

Set to a number followed by f for frames (sectors) or s for seconds. Set time to zero to record an entire track. For example, to copy two minutes, enter 120s.

Set the byte order or "endianness" of the output data. As with -C, you may set the order to little, big, or guess.

Send output to an audio output device instead of to a file.

Format all text output for easy parsing by GUI frontends.

Do not copy any info or CDDB files, only the audio files.

Specify the type of interface. For Linux systems, the most appropriate value is usually cooked_ioctl.

Set the start index to n when recording.

Use this option by itself to display information about the disc, but do nothing else.

cdda2wav automatically looks up CD information online, if possible. This option determines what happens when there are multiple entries identifying the CD. If the mode is 0, the user is prompted to select an entry. If the mode is 1, the application will use the first entry returned.

Create MD5 checksums for the first n bytes of each track copied.

For debugging purposes, this option suppresses writing an output file.

Read n sectors in each request.

Choose the output file format. Normal file options are wav, aiff, aifc, au, and sun. You can also use cdr and raw for headerless files dumped into recording devices.

Start recording n sectors before the beginning of the first track.

Use n sectors of overlap for jitter correction. Very fast systems with absolutely perfect drives and unscratched CDs can set this to 0.

Adjust the pitch by n percent when copying data to an audio device.

Read and interpret the CD using the paranoia library instead of the cdda2wav code. Paranoia provides more sound correction routines; see cdparanoia for more information.

Quiet mode; the program will not send any data to the screen.

Output a list of possible sample rates and dividers. This option is typically used with no other option flags or arguments.

Set the sample rate in samples per second. To get a list of possible values, use the -R option by itself.

Specify the speed at which your system will read the CD-ROM. Set the value to the multiple of normal playback speed given as your CD-ROM drive speed (4, 16, 32, and so forth). Setting the speed lower than the maximum can prevent errors in some cases.

Set start track to n. Optionally, use + and a second track number for the end track: 1+10 copies tracks one through ten.

Determines what sort of information about the CD is displayed. The options, which should be provided as a comma separated list, are as follows: for no information, use disable; or for all information, use all. Alternatively, use toc for the table of contents, summary for the disc summary, indices for disc indices, catalog for the disc catalog, trackid for track IDs, sectors for sectors, and titles for title information, if available.

Display version and quit.

Wait for a signal before recording anything.

Set recording quality (and amount of hard disk usage) to maximum.