morituri is a CD ripper aiming for accuracy over speed for UNIX systems. Its features are modeled to compare with Exact Audio Copy on Windows. The home page is https://thomas.apestaart.org/morituri/trac/
For a more detailed rationale, see my wiki page 'The Art of the Rip'.
- support for MusicBrainz for metadata lookup
- support for AccurateRip (V1) verification
- detects sample read offset and ability to defeat cache of drives
- performs test and copy rip
- detects and rips Hidden Track One Audio
- templates for file and directory naming
- support for lossless encoding and lossy encoding or re-encoding of images
- tagging using GStreamer, including embedding MusicBrainz id's
- retagging of images
- plugins for logging
- for now, only a command line client (rip) is shipped
- cdparanoia, for the actual ripping
- cdrdao, for session, TOC, pregap, and ISRC extraction
- GStreamer and its python bindings, for encoding
- gst-plugins-base >= 0.10.22 for appsink
- python musicbrainz2, for metadata lookup
- python-setuptools, for plugin support
- python-cddb, for showing but not using disc info if not in musicbrainz
- pycdio, for drive identification (optional)
- Required for drive offset and caching behaviour to be stored in the config file
Additionally, if you're building from a git checkout:
- autoconf
- automake
If you are building from a source tarball or checkout, you can choose to use morituri installed or uninstalled.
-
getting:
-
Change to a directory where you want to put the morituri source code (For example,
$HOME/dev/ext
or$HOME/prefix/src
) -
source: download tarball, unpack, and change to its directory
-
checkout:
git clone git://github.com/thomasvs/morituri.git cd morituri git submodule init git submodule update ./autogen.sh
-
-
building:
./configure make
-
you can now choose to install it or run it uninstalled.
-
installing:
make install
-
running uninstalled:
ln -sf `pwd`/misc/morituri-uninstalled $HOME/bin/morituri-git morituri-git # this drops you in a shell where everything is set up to use morituri
-
morituri currently only has a command-line interface called 'rip'
rip is self-documenting.
rip -h
gives you the basic instructions.
rip implements a tree of commands; for example, the top-level 'changelog' command has a number of sub-commands.
Positioning of arguments is important;
rip cd -d (device) rip
is correct, while
rip cd rip -d (device)
is not, because the -d
argument applies to the rip command.
Check the man page (rip(1)) for more information.
To make it easier for developers, you can run morituri straight from the source checkout:
./autogen.sh
make
misc/morituri-uninstalled
The simplest way to get started making accurate rips is:
-
pick a relatively popular CD that has a good change of being in the AccurateRip database
-
find the drive's offset by running
rip offset find
-
wait for it to complete; this might take a while
-
optionally, confirm this offset with two more discs
-
analyze the drive's caching behaviour
rip drive analyze
-
rip the disc by running one of
rip cd rip # uses the offset from configuration file rip cd rip --offset (the number you got before) # manually specified offset
morituri's bug tracker is at https://thomas.apestaart.org/morituri/trac/.
When filing bugs, please run the failing command with the environment variable
RIP_DEBUG
set; for example:
RIP_DEBUG=5 rip offset find > morituri.log 2>&1
gzip morituri.log
And attach the gzipped log file to your bug report.
- no GUI yet
- only AccurateRip V1 CRCs are computed and checked against the online database
rip offset find
fails to delete the temporary .wav files it creates if error occurs while ripping (#75)- morituri detects the pre-emphasis flag in the TOC but doesn't add it to the cue sheet
- To improve the accuracy of the detection the sub-channel data should be scanned too
- CD-Text is not used when ripping CDs not available in MusicBrainz DB
- quality over speed
- support one-command automatic ripping
- support offline ripping (doing metadata lookup and log rewriting later)
- separate the info/result about the rip from the metadata/file generation/...
The configuration file is stored according to XDG Base Directory Specification when possible.
It lives in $XDG_CONFIG_HOME/morituri/morituri.conf
The configuration file follows python's ConfigParser syntax. There is a "main" section and zero or more sections starting with "drive:"
-
main section:
path_filter_fat
: whether to filter path components for FAT file systemspath_filter_special
: whether to filter path components for special characters
-
drive section: All these values are probed by morituri and should not be edited by hand.
defeats_cache
: whether this drive can defeat the audio cacheread_offset
: the read offset of the drive
- Please send pull requests through github.
- You can always flattr morituri to donate