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# vim: set fileencoding=utf-8:
# GNU Solfege - free ear training software
# Copyright (C) 2000, 2001, 2002, 2003, 2004, 2005, 2006, 2007, 2008 Tom Cato Amundsen
#
# 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 3 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, see <http://www.gnu.org/licenses/>.
from __future__ import absolute_import
import errno
import gobject
import locale
import logging
import os
import shutil
import subprocess
import sys
import tempfile
import webbrowser
from solfege import mpd
from solfege import soundcard
from solfege import abstract
from solfege import cfg
from solfege import dataparser
from solfege import gu
from solfege import i18n
from solfege import lessonfile
from solfege import osutils
from solfege import reportlib
from solfege import utils
import solfege
def check_rcfile():
"""See default.config for rcfileversion values, meanings and
a description of how to add config variables.
"""
rcfileversion = 19
if cfg.get_int("app/rcfileversion") > rcfileversion:
cfg.drop_user_config()
return
if cfg.get_int("app/rcfileversion") <= 1:
if not "example-files" in cfg.get_string('config/lessoncollections'):
cfg.set_string('config/lessoncollections',
"%s example-files" % cfg.get_string('config/lessoncollections'))
if cfg.get_int("app/rcfileversion") <= 5:
# This is more complicated that necessary to fix an old
# error.
if cfg.get_string("sound/commandline"):
cfg.del_key("sound/commandline")
if cfg.get_int("app/rcfileversion") <= 3:
cfg.set_list("config/lessoncollections",
cfg.get_string("config/lessoncollections").split())
if cfg.get_int("app/rcfileversion") <= 4:
cfg.del_key("config/web_browser")
if sys.platform == 'win32':
if cfg.get_string('sound/wav_player'):
cfg.del_key('sound/wav_player')
if cfg.get_int("app/rcfileversion") <= 5:
cfg.set_string("mainwin/history_back_ak", "<alt>Left")
cfg.set_string("mainwin/history_forward_ak", "<alt>Right")
cfg.set_string("mainwin/history_reload_ak", "<ctrl>r")
if cfg.get_int("app/rcfileversion") <= 6:
cfg.set_list("config/lessoncollections", ['solfege', 'user'])
if cfg.get_int("app/rcfileversion") <= 7:
cfg.set_int("rhythm/countin_perc", 80)
if cfg.get_int("app/rcfileversion") <= 8:
cfg.del_key("singinterval/highest_tone")
cfg.del_key("singinterval/lowest_tone")
cfg.del_key("melodicinterval/highest_tone")
cfg.del_key("melodicinterval/lowest_tone")
cfg.del_key("harmonicinterval/highest_tone")
cfg.del_key("harmonicinterval/lowest_tone")
if cfg.get_int("app/rcfileversion") <= 9:
cfg.del_section("mainwin")
if cfg.get_int("app/rcfileversion") <= 10:
cfg.del_section("lessoncollections")
cfg.del_key("config/lessoncollections")
for n in cfg.iterate_sections():
cfg.del_key("%s/lessoncollection" % n)
cfg.del_key("%s/lessonfile" % n)
if cfg.get_int("app/rcfileversion") <= 11:
for s in ('rhythm', 'rhythmtapping2'):
cfg.del_key("%s/countin_perc" % s)
cfg.del_key("%s/rhythm_perc" % s)
if cfg.get_int("app/rcfileversion") <= 12:
cfg.del_key("sound/card_info")
if cfg.get_int("app/rcfileversion") <= 13:
cfg.del_key("config/lowest_instrument_velocity")
cfg.del_key("config/middle_instrument_velocity")
cfg.del_key("config/highest_instrument_velocity")
cfg.del_key("config/preferred_instrument_velocity")
if cfg.get_int("app/rcfileversion") <= 14:
# We have to split the midi_to_wav_cmd into two strings, and
# moving the options to *_options, so that midi_to_wav_cmd only
# have the name of the binary. This to allow binaries in dirs
# with spaces.
for k in ("midi_to_wav", "wav_to_mp3", "wav_to_ogg"):
v = cfg.get_string("app/%s_cmd" % k).split(" ")
cfg.set_string("app/%s_cmd" % k, v[0])
cfg.set_string("app/%s_cmd_options" % k, " ".join(v[1:]))
if cfg.get_int("app/rcfileversion") <= 15:
for k in ("midi", "wav", "mp3", "ogg"):
v = cfg.get_string("sound/%s_player" % k).split(" ")
cfg.set_string("sound/%s_player" % k, v[0])
cfg.set_string("sound/%s_player_options" % k,
" ".join(v[1:]))
if cfg.get_int("app/rcfileversion") < 17:
v = cfg.get_string("app/frontpage").split("/")
if v[0] == u"exercises" and v[1] != u"standard":
cfg.set_string("app/frontpage",
u"/".join([v[0], u"standard"] + v[1:]))
if cfg.get_int("app/rcfileversion") < 18:
cfg.del_key("gui/web_browser_as_help_browser")
if cfg.get_int("app/rcfileversion") < 19:
for ex in ('singinterval', 'melodicinterval'):
if cfg.get_int("%s/maximum_number_of_intervals" % ex) == 10:
cfg.set_int("%s/maximum_number_of_intervals" % ex, 12)
cfg.set_int("app/rcfileversion", rcfileversion)
try:
a = mpd.notename_to_int(cfg.get_string("user/lowest_pitch"))
b = mpd.notename_to_int(cfg.get_string("user/highest_pitch"))
except mpd.InvalidNotenameException:
if cfg.get_string("user/sex") == "male":
cfg.set_string("user/highest_pitch", "e'")
cfg.set_string("user/lowest_pitch", "c")
else:
cfg.set_string("user/highest_pitch", "e''")
cfg.set_string("user/lowest_pitch", "c'")
class SolfegeApp(cfg.ConfigUtils):
def __init__(self, options):
"""
options -- command line options parsed by optparse
"""
cfg.ConfigUtils.__init__(self, 'solfege-app')
lessonfile.MusicBaseClass.temp_dir = tempfile.mkdtemp(prefix="solfege-")
os.environ['SOLFEGETEMPDIR'] = lessonfile.MusicBaseClass.temp_dir
# test_mode is when we are running a test from the Tests menu
self.m_test_mode = False
self.m_options = options
self.m_teachers = {}
self.m_running_exercise = None
self.m_sound_init_exception = None
#
self.m_userman_language = "C"
for lang in i18n.langs():
if os.path.isdir(os.path.join('help', lang)):
self.m_userman_language = lang
break
def setup_sound(self):
if sys.platform == 'win32' and \
cfg.get_string("sound/type") == "sequencer-device":
# just in case c:\home\.solfegerc is wrong
cfg.set_string("sound/type", "winsynth")
if self.m_options.no_sound \
or cfg.get_string("sound/type") == "fake-synth":
soundcard.initialise_using_fake_synth(self.m_options.verbose_sound_init)
elif cfg.get_string("sound/type") == "winsynth":
try:
soundcard.initialise_winsynth(cfg.get_int("sound/synth_number"),
verbose_init=self.m_options.verbose_sound_init)
except ImportError, e:
self.display_sound_init_error_message(e)
cfg.set_string("sound/type", "fake-synth")
soundcard.initialise_using_fake_synth(True)
return
except RuntimeError, e:
# We can get here if winmidi.output_devices() in winsynth
# __init__ returns no devices. Don't know when, but it could
# happen.
solfege.win.display_exception_message(e)
cfg.set_string("sound/type", "fake-synth")
soundcard.initialise_using_fake_synth(True)
return
if cfg.get_int("sound/synth_number") != soundcard.synth.m_devnum:
solfege.win.display_error_message2(_("MIDI setup"), _("MIDI Device %(olddev)i not available. Will use device %(newdev)i.") % {'olddev': cfg.get_int("sound/synth_number"), 'newdev': soundcard.synth.m_devnum})
cfg.set_int("sound/synth_number", soundcard.synth.m_devnum)
elif cfg.get_string("sound/type") == "external-midiplayer":
soundcard.initialise_external_midiplayer(
cfg.get_string("sound/midi_player"),
verbose_init=self.m_options.verbose_sound_init)
soundcard.synth.error_report_cb = solfege.win.display_error_message
elif cfg.get_string("sound/type") == '':
solfege.win.display_error_message(
_("You should configure sound from the 'Sound' page "
"of the preferences window."))
elif cfg.get_string("sound/type") == "sequencer-device":
try:
soundcard.initialise_devicefile(
cfg.get_string("sound/device_file"),
cfg.get_int("sound/synth_number"),
verbose_init=self.m_options.verbose_sound_init)
except (soundcard.SoundInitException, OSError, ImportError), e:
self.m_sound_init_exception = e
soundcard.initialise_using_fake_synth(True)
if cfg.get_string("programs/csound") == "AUTODETECT":
for p in osutils.find_csound_executables():
cfg.set_string("programs/csound", p)
break
else:
# If not csound binary was found, then we set the string empty.
# This means that autodetection will only happen the first time
# you run the program. But later will newly installed binaries
# be shown in the combo box of the preferences window.
cfg.set_string("programs/csound", "")
if cfg.get_string("programs/mma") == "AUTODETECT":
for p in osutils.find_mma_executables(cfg.get_list("app/win32_ignore_drives")):
cfg.set_string("programs/mma", p)
break
else:
cfg.set_string("programs/mma", "")
def display_sound_init_error_message(self, e):
if isinstance(e, soundcard.SoundInitException):
solfege.win.display_error_message(
"""%s""" % str(e).decode(locale.getpreferredencoding(), 'replace'))
elif isinstance(e, ImportError):
solfege.win.display_error_message2(str(e), _("You should configure sound from the preferences window, and try to use an external midi player. Or try to recompile the program and check for error messages to see why the module is not built."))
elif e.errno == errno.EACCES:
solfege.win.display_error_message(
"The sound init failed: %s\n"
"The errno EACCES indicates that you don't have write "
"permission to the device."
% str(e).decode(locale.getpreferredencoding(), 'replace'))
elif e.errno == errno.EBUSY:
solfege.win.display_error_message(
"The sound init failed: %s\n"
"It seems like some other program is using the device. You "
"should try to quit that other program and restart Solfege."
% str(e).decode(locale.getpreferredencoding(), 'replace'))
else:
solfege.win.display_error_message(
"The sound init failed: %s\n"
"You should configure sound from the 'Sound' page of "
"the preferences window.\n\n"
"It is also possible that the OS sound setup is incorrect."
% str(e).decode(locale.getpreferredencoding(), 'replace'))
def play_happy_sound(self):
utils.play_music(r"\staff\relative c'{c16 e g a}", 180, 8,
cfg.get_int('config/preferred_instrument_volume'))
def play_sad_sound(self):
utils.play_music(r"\staff\relative c'{<c,,8 cis>", 80, 58,
cfg.get_int('config/preferred_instrument_volume'))
def please_help_me(self):
if isinstance(solfege.win.get_view(), abstract.Gui):
# If the view visible is an exercise, when we check if the
# lesson file header define a specific help page.
if self.m_teachers[self.m_running_exercise].m_P.header.help:
self.handle_href('%s.html' % self.m_teachers[self.m_running_exercise].m_P.header.help)
else:
# if not, we display help page named the same as the
# exercise module
self.handle_href('%s.html' % solfege.win.m_viewer)
def show_exercise_theory(self):
if self.m_teachers[self.m_running_exercise].m_P.header.theory:
solfege.win.display_docfile("%s.html" % self.m_teachers[self.m_running_exercise].m_P.header.theory, "")
def _practise_lessonfile(self, filename, urlobj=None):
"""
return the module name.
"""
module = lessonfile.infocache.get(filename, 'module')
if self.m_running_exercise:
solfege.win.box_dict[self.m_running_exercise].on_end_practise()
if module not in self.m_teachers:
self.create_teacher(module)
if module not in solfege.win.box_dict:
solfege.win.initialise_exercise(self.m_teachers[module])
self.m_teachers[module].set_lessonfile(filename)
if self.m_teachers[module].m_P:
solfege.win.activate_exercise(module, urlobj)
self.m_running_exercise = module
self.m_teachers[module].g_view = solfege.win.box_dict[module]
solfege.win.show_help_on_current()
return module
def practise_lessonfile(self, filename):
def cleanup():
module = lessonfile.infocache.get(filename, 'module')
self.m_teachers[module].m_P = None
solfege.win.box_dict[module].practise_box.set_sensitive(False)
solfege.win.box_dict[module].config_box.set_sensitive(False)
solfege.win.box_dict[module].action_area.set_sensitive(False)
solfege.win.box_dict[module].std_buttons_end_practise()
try:
module = self._practise_lessonfile(filename)
except (lessonfile.LessonfileParseException,
dataparser.DataparserException), e:
cleanup()
solfege.win.display_exception_message(e, lessonfile=filename)
return
if 'm_discards' in dir(self.m_teachers[module].m_P):
for msg in self.m_teachers[module].m_P.m_discards:
print >> sys.stderr, msg
solfege.win.box_dict[module].practise_box.set_sensitive(True)
solfege.win.box_dict[module].config_box.set_sensitive(True)
solfege.win.box_dict[module].action_area.set_sensitive(True)
solfege.win.box_dict[module].on_start_practise()
w = solfege.win.g_ui_manager.get_widget("/Menubar/HelpMenu/PerExerciseHelp/HelpTheory")
if w:
w.set_sensitive(bool(self.m_teachers[module].m_P.header.theory))
return module
def test_lessonfile(self, filename):
self.m_test_mode = True
module = self.practise_lessonfile(filename)
solfege.win.box_dict[module].on_start_practise()
solfege.win.enter_test_mode()
def handle_href(self, href, display_docfile_set_adj=1):
urlobj = utils.Url(href)
if not urlobj.protocol:
solfege.win.display_docfile(urlobj.filename, urlobj.anchor)
else:
try:
webbrowser.open_new(href)
except Exception, e:
solfege.win.display_error_message2(_("Error opening web browser"), str(e))
def create_teacher(self, modulename):
"""
Create the teacher in 'modulename' and add it to self.m_teachers.
"""
m = __import__("solfege.exercises.%s" % modulename, fromlist=("solfege.exercises.%s" % modulename,), level=0)
self.m_teachers[modulename] = m.Teacher(modulename)
def reset_exercise(self, w=None):
"""
Call on_end_practise, and then on_start_practise in
the currently active exercise, if we have a exercise.
"""
if isinstance(solfege.win.get_view(), abstract.Gui):
solfege.win.get_view().on_end_practise()
solfege.win.get_view().on_start_practise()
def quit_program(self):
try:
cfg.sync()
except IOError, e:
solfege.win.display_exception_message(e)
if isinstance(solfege.win.get_view(), abstract.Gui):
g = solfege.win.get_view()
# Check that the lesson file has a header, because if the
# user tries to quit the program after parsing a bad lesson
# file, we cannot call end_practise() without risking more
# exceptions.
if g.m_t.m_P and getattr(g.m_t.m_P, 'header', None):
g.on_end_practise()
solfege.db.conn.close()
if soundcard.synth:
soundcard.synth.close()
shutil.rmtree(lessonfile.MusicBaseClass.temp_dir, True)
def export_training_set(self, export_data, export_dir, output_format):
"""
This function requires a program that can create WAV files
from MIDI files and MP3 files from WAV.
"""
def delay(n, tempo):
"""
tempo is a dict of two integers
"""
track = mpd.Track()
track.set_bpm(*tempo)#self.get_int('config/default_bpm'))
track.note(mpd.Rat(n, 4), 80, 0)
soundcard.synth.play_track(track)
track_idx = 0
num = sum([x['count'] for x in export_data])
# MainWin will set this to True if the user want to cancel
# the export.
self.m_abort_export = False
report = reportlib.Report()
report.append(reportlib.Heading(1, "Exported exercises"))
table = reportlib.Table()
report.append(table)
for lesson_info in export_data:
filename = lesson_info['filename']
module = lessonfile.infocache.get(filename, 'module')
if module not in self.m_teachers:
self.create_teacher(module)
p = self.m_teachers[module].lessonfileclass()
p.parse_file(lessonfile.uri_expand(filename))
for c in range(lesson_info['count']):
if module == 'idbyname':
p.select_random_question()
if p.header.lesson_heading:
s = p.header.lesson_heading
else:
s = p.header.title
table.append_row("%i" % track_idx,
p.get_question().name,
s)
soundcard.start_export(os.path.join(
export_dir, "track-%i.mid" % track_idx))
for n in range(lesson_info.get('repeat', 1)):
p.play_question()
if n != lesson_info.get('repeat', 1) - 1:
if 'delay' in lesson_info:
delay(lesson_info['delay'], p.get_tempo())
soundcard.end_export()
elif module in ('melodicinterval', 'harmonicinterval'):
t = self.m_teachers[module]
t.set_lessonfile(filename)
t.start_practise()
t.new_question("c", "c''")
t.q_status = t.QSTATUS_SOLVED
try:
table.append_row("%i" % track_idx, "%s" % utils.int_to_intervalname(t.m_interval))
except AttributeError:
table.append_row("%i" % track_idx, "%s" % (" + ".join([utils.int_to_intervalname(q, False, True) for q in t.m_question])))
soundcard.start_export(os.path.join(
export_dir, "track-%i.mid" % track_idx))
for n in range(lesson_info.get('repeat', 1)):
t.play_question()
if n != lesson_info.get('repeat', 1) - 1:
if 'delay' in lesson_info:
delay(lesson_info['delay'],
(self.get_int('config/default_bpm'), 4))
soundcard.end_export()
else:
logging.warning("export_training_set:ignoring exercise with module='%s'" % module)
#####
def do_convert(from_format, to_format):
"""
Return False if we think the convert failed.
"""
app_cfg_name = "app/%s_to_%s_cmd" % (from_format, to_format)
if from_format == 'midi':
from_ext = 'mid'
else:
from_ext = from_format
to_ext = to_format
if not cfg.get_string(app_cfg_name):
solfege.win.display_error_message2("Config variable not defined", "The missing or empty variable was '%s'" % app_cfg_name)
return False
try:
inout = {
'in': os.path.join(export_dir,
"track-%i.%s" % (track_idx, from_ext)),
'out': os.path.join(export_dir,
"track-%i.%s" % (track_idx, to_ext))}
opts = cfg.get_string(app_cfg_name + '_options').split(" ")
opts = [x % inout for x in opts]
# For some reasong setting the executable arg does
# not work for Python 2.5.2
try:
subprocess.call(
[cfg.get_string(app_cfg_name)] + opts)
except OSError, e:
raise osutils.BinaryForMediaConvertorException(app_cfg_name,
cfg.get_string(app_cfg_name), e)
if os.path.exists(os.path.join(export_dir, "track-%i.%s" % (track_idx, to_ext))):
os.remove(os.path.join(export_dir, "track-%i.%s" % (track_idx, from_ext)))
else:
# This means that the program failed to generate
# the WAV file. We set output_format to 'midi'
# because we don't want to display this error for
# every single file.
output_format = 'midi'
solfege.win.display_error_message2("External program must have failed", "The file in %(from)s format was not generated from the %(to)s file as expected. Please check your setup in the preferences window (CTRL-F12)." % {'to':to_format.upper(), 'from': from_format.upper()})
except (TypeError, KeyError):
solfege.win.display_error_message2("%(from)s to %(to)s config error", "There was a format string error. Will not generate WAV files. Please check the app/midi_to_wav_cmd config variable." % {'from': from_format, 'to': to_format})
output_format = 'midi'
return True
#####
if output_format in ('mp3', 'wav', 'ogg'):
do_convert('midi', 'wav')
if output_format in ('mp3', 'ogg'):
if not do_convert('wav', output_format):
output_format = 'wav'
track_idx += 1
yield 1.0 * track_idx / num
if self.m_abort_export:
del self.m_abort_export
return
reportlib.HtmlReport(report, os.path.join(export_dir, "toc.html"))
def sheet_gen_questions(self, count, sdict):
"""
count -- how many questions should we generate. We use this value
and not sdict['count'] because sometimes the app has some
questions, and just need a few more.
"""
module = lessonfile.infocache.get(sdict['filename'], 'module')
if module not in self.m_teachers:
self.create_teacher(module)
p = self.m_teachers[module].lessonfileclass()
p.parse_file(lessonfile.uri_expand(sdict['filename']))
if module == 'idbyname':
for x in self._sheet_gen_question_idbyname(p, count, sdict):
yield x
else:
assert module in ('harmonicinterval', 'melodicinterval')
for x in self._sheet_gen_question_interval(module, p, count, sdict):
yield x
def _sheet_gen_question_idbyname(self, p, count, sdict):
"""
yield count dicts, where each dict contain the data needed to
print both the teachers and the students question.
"""
counts = {}.fromkeys(range(len(p.m_questions)), 0)
for x in range(count):
while 1:
p.select_random_question()
if counts[p._idx] >= 1.0 * sdict['count'] / len(p.m_questions):
continue
counts[p._idx] += 1
break
ret = {'question': {}, 'answer': {}}
if sdict['qtype'] == 0:
ret['question']['name'] = "...."
ret['answer']['name'] = p.get_question().name
ret['question']['music'] = p.get_lilypond_code()
ret['answer']['music'] = p.get_lilypond_code()
yield ret
else:
assert sdict['qtype'] == 1
ret['question']['name'] = p.get_question().name
ret['answer']['name'] = p.get_question().name
ret['answer']['music'] = p.get_lilypond_code()
ret['question']['music'] = p.get_lilypond_code_first_note()
yield ret
def _sheet_gen_question_interval(self, module, p, count, sdict):
# FIXME in the idbyname we count how many times each question
# has been selected, to get an even selection. We don't do it
# here at the moment, because we need to descide what we really want.
teacher = self.m_teachers[module]
teacher.set_lessonfile(sdict['filename'])
teacher.start_practise()
for x in range(count):
teacher.new_question("c'", "c''")
# quick hack to use this for both melodic and harmonic intervals
if module == 'melodicinterval':
teacher.m_interval = teacher.m_question[0]
teacher.q_status = teacher.QSTATUS_SOLVED
ret = {'question': {}, 'answer': {}}
if sdict['qtype'] == 0:
ret['question']['name'] = "...."
ret['answer']['name'] = mpd.Interval.new_from_int(abs(teacher.m_interval)).get_name()
ret['question']['music'] = r"\score{" \
r" { %s %s }" \
r"\layout { "\
r" ragged-last = ##t " \
r" \context { \Staff " \
r'\remove "Time_signature_engraver" } }' \
r"}" % (
teacher.m_tonika.get_octave_notename(),
(teacher.m_tonika + mpd.Interval.new_from_int(teacher.m_interval)).get_octave_notename())
ret['answer']['music'] = ret['question']['music']
yield ret
else:
assert sdict['qtype'] == 1
ret['question']['name'] = mpd.Interval.new_from_int(abs(teacher.m_interval)).get_name()
ret['answer']['name'] = mpd.Interval.new_from_int(abs(teacher.m_interval)).get_name()
ret['question']['music'] = r"\score{ { %s s4 s4} "\
r"\layout{ "\
r" ragged-last = ##t "\
r" \context { \Staff "\
r' \remove "Time_signature_engraver" } }'\
r"}" % teacher.m_tonika.get_octave_notename()
ret['answer']['music'] = r"\score{ { %s %s } "\
r"\layout{ "\
r" ragged-last = ##t "\
r" \context { \Staff "\
r' \remove "Time_signature_engraver" } }'\
r"}" % (
teacher.m_tonika.get_octave_notename(),
(teacher.m_tonika + teacher.m_interval).get_octave_notename())
yield ret
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