#!/usr/bin/python
#Audio Tools, a module and set of tools for manipulating audio data
#Copyright (C) 2007-2009 Brian Langenberger
#This program is free software; you can redistribute it and/or modify
#it under the terms of the GNU General Public License as published by
#the Free Software Foundation; either version 2 of the License, or
#(at your option) any later version.
#This program is distributed in the hope that it will be useful,
#but WITHOUT ANY WARRANTY; without even the implied warranty of
#MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
#GNU General Public License for more details.
#You should have received a copy of the GNU General Public License
#along with this program; if not, write to the Free Software
#Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
import sys
import gettext
gettext.install("audiotools",unicode=True)
def check_binaries(msg, binary_list):
for binary in binary_list:
msg.new_row()
if (audiotools.BIN.can_execute(audiotools.BIN[binary])):
msg.output_column(u"+ ")
msg.output_column(_(u"found"),True)
msg.output_column(u" : ")
msg.output_column(binary.decode('ascii'))
else:
msg.output_column(u"- ")
msg.output_column(_(u"not found"),True)
msg.output_column(u" : ")
msg.output_column(binary.decode('ascii'))
msg.output_rows()
if (__name__ == '__main__'):
try:
import audiotools
except ImportError:
print _(u"* audiotools Python module not found!")
print _(u"Perhaps you should re-install the Python Audio Tools")
msg = audiotools.Messenger("audiotools-config",None)
name_len = max([len(audiotype.NAME) for audiotype in
audiotools.AVAILABLE_TYPES])
available = []
unavailable = []
available_binaries = set()
unavailable_binaries = set()
for audiotype in sorted(audiotools.AVAILABLE_TYPES,
lambda x,y: cmp(x.NAME,y.NAME)):
if (audiotype.has_binaries(audiotools.BIN)):
available.append(audiotype.NAME)
else:
unavailable.append(audiotype.NAME)
for binary in audiotype.BINARIES:
if (audiotools.BIN.can_execute(binary)):
available_binaries.add(binary)
else:
unavailable_binaries.add(binary)
msg.new_row()
msg.output_column(_(u"available formats"),True)
msg.output_column(u" : ")
msg.output_column(u", ".join(sorted([s.decode('ascii')
for s in available])))
msg.new_row()
msg.output_column(_(u"unavailable formats"),True)
msg.output_column(u" : ")
msg.output_column(u", ".join(sorted([s.decode('ascii')
for s in unavailable])))
msg.output_rows()
check_binaries(msg,sorted(list(available_binaries) + \
list(unavailable_binaries)))
msg.output(u"-" * 30)
msg.new_row()
msg.output_column(_(u"CD Burning via track2cd"),True)
msg.output_column(u" : ")
burning_options = []
if (audiotools.BIN.can_execute(audiotools.BIN["cdrecord"])):
burning_options.append(_(u"without cue"))
if (audiotools.BIN.can_execute(audiotools.BIN["cdrdao"])):
burning_options.append(_(u"with cue"))
if (len(burning_options) == 0):
burning_options.append(_(u"no"))
msg.output_column(u", ".join([s.decode('ascii') for s in burning_options]))
msg.output_rows()
check_binaries(msg,["cdrecord","cdrdao"])
msg.output(u"-" * 30)
msg.new_row()
msg.output_column(_(u"tracklint undo capability"),True)
msg.output_column(u" : ")
if (audiotools.BIN.can_execute(audiotools.BIN["xdelta"])):
msg.output_column(_(u"yes"))
else:
msg.output_column(_(u"no"))
msg.output_rows()
check_binaries(msg,["xdelta"])
msg.output(u"-" * 30)
msg.output(_(u"System configuration:"))
msg.output(u"")
msg.new_row()
msg.output_column(_(u"Default MusicBrainz server"),True)
msg.output_column(u" : ")
msg.output_column(audiotools.MUSICBRAINZ_SERVER.decode('ascii','replace'))
msg.new_row()
msg.output_column(_(u"Default MusicBrainz port"),True)
msg.output_column(u" : ")
msg.output_column(unicode(audiotools.MUSICBRAINZ_PORT))
msg.new_row()
msg.output_column(_(u"Default FreeDB server"),True)
msg.output_column(u" : ")
msg.output_column(audiotools.FREEDB_SERVER.decode('ascii','replace'))
msg.new_row()
msg.output_column(_(u"Default FreeDB port"),True)
msg.output_column(u" : ")
msg.output_column(unicode(audiotools.FREEDB_PORT))
msg.blank_row()
msg.new_row()
msg.output_column(_(u"Default CD-ROM device"),True)
msg.output_column(u" : ")
msg.output_column(audiotools.DEFAULT_CDROM.decode(audiotools.FS_ENCODING))
msg.new_row()
msg.output_column(_(u"CD-ROM sample read offset"),True)
msg.output_column(u" : ")
msg.output_column(
unicode(audiotools.config.getint_default("System",
"cdrom_read_offset",0)))
msg.blank_row()
msg.new_row()
msg.output_column(_(u"Default simultaneous jobs"),True)
msg.output_column(u" : ")
msg.output_column(unicode(audiotools.MAX_JOBS))
output_options = ["OSS"]
if (audiotools.BIN.can_execute(audiotools.BIN["pacat"]) and
audiotools.BIN.can_execute(audiotools.BIN["pactl"])):
output_options.append("PulseAudio")
msg.new_row()
msg.output_column(_(u"Audio output via trackplay"),True)
msg.output_column(u" : ")
msg.output_column(u", ".join([s.decode('ascii') for s in output_options]))
msg.new_row()
msg.output_column(_(u"Filesystem text encoding"),True)
msg.output_column(u" : ")
msg.output_column(audiotools.FS_ENCODING.decode('ascii'))
msg.new_row()
msg.output_column(_(u"TTY text encoding"),True)
msg.output_column(u" : ")
msg.output_column(audiotools.IO_ENCODING.decode('ascii'))
msg.blank_row()
msg.new_row()
msg.output_column(_(u"Can create thumbnails"),True)
msg.output_column(u" : ")
if (audiotools.can_thumbnail()):
msg.output_column(_(u"yes"))
else:
msg.output_column(_(u"no") + u" " + _(u"(Python Imaging Library not found)"))
msg.new_row()
msg.output_column(_(u"Default thumbnail format"),True)
msg.output_column(u" : ")
msg.output_column(audiotools.THUMBNAIL_FORMAT.decode('ascii'))
msg.new_row()
msg.output_column(_(u"Default thumbnail size"),True)
msg.output_column(u" : ")
msg.output_column(u"%d\u00D7%d" % (audiotools.THUMBNAIL_SIZE,
audiotools.THUMBNAIL_SIZE))
msg.blank_row()
msg.output_rows()
msg.output(_(u"File name format : %s") % \
(audiotools.FILENAME_FORMAT.decode('ascii','replace')))
) is private.
