def func_copymerge(parser, new, old):
new = normalize_tagname(new)
old = normalize_tagname(old)
newvals = parser.context.getall(new)
oldvals = parser.context.getall(old)
parser.context[new] = uniqify(newvals + oldvals)
return ""
def get_cdrom_drives():
drives = list(DEFAULT_DRIVES)
cdinfo = QFile(LINUX_CDROM_INFO)
if cdinfo.open(QIODevice.ReadOnly | QIODevice.Text):
drive_names = []
drive_audio_caps = []
line = cdinfo.readLine()
while not line.isEmpty():
if line.indexOf(':') != -1:
key, values = line.split(':')
if key == 'drive name':
drive_names = QString(values).trimmed().split(QRegExp("\\s+"), QString.SkipEmptyParts)
elif key == 'Can play audio':
drive_audio_caps = [v == '1' for v in
QString(values).trimmed().split(QRegExp("\\s+"), QString.SkipEmptyParts)]
line = cdinfo.readLine()
# Show only drives that are capable of playing audio
for drive in drive_names:
if drive_audio_caps[drive_names.indexOf(drive)]:
device = u'/dev/%s' % drive
symlink_target = QFile.symLinkTarget(device)
if symlink_target != '':
device = symlink_target
drives.append(device)
return sorted(uniqify(drives))
def get_cdrom_drives():
drives = list(DEFAULT_DRIVES)
cdinfo = QFile(LINUX_CDROM_INFO)
if cdinfo.open(QIODevice.ReadOnly | QIODevice.Text):
drive_names = []
drive_audio_caps = []
line = cdinfo.readLine()
while not line.isEmpty():
if line.indexOf(':') != -1:
key, values = line.split(':')
if key == 'drive name':
drive_names = QString(values).trimmed().split(QRegExp("\\s+"), QString.SkipEmptyParts)
elif key == 'Can play audio':
drive_audio_caps = [v == '1' for v in
QString(values).trimmed().split(QRegExp("\\s+"), QString.SkipEmptyParts)]
break # no need to continue passed this line
line = cdinfo.readLine()
# Show only drives that are capable of playing audio
for index, drive in enumerate(drive_names):
if drive_audio_caps[index]:
device = u'/dev/%s' % drive
symlink_target = QFile.symLinkTarget(device)
if symlink_target != '':
device = symlink_target
drives.append(device)
return sorted(uniqify(drives))
def func_copymerge(parser, new, old, keep_duplicates=False):
new = normalize_tagname(new)
old = normalize_tagname(old)
newvals = parser.context.getall(new)
oldvals = parser.context.getall(old)
parser.context[new] = newvals + oldvals if keep_duplicates else uniqify(
newvals + oldvals)
return ""
def func_copymerge(parser, new, old):
"""Copies content of variable ``old`` and appends it into variable ``new``, removing duplicates. This is normally
used to merge a multi-valued variable into another, existing multi-valued variable."""
new = normalize_tagname(new)
old = normalize_tagname(old)
newvals = parser.context.getall(new)
oldvals = parser.context.getall(old)
parser.context[new] = uniqify(newvals + oldvals)
return ""
def get_cdrom_drives():
drives = list(DEFAULT_DRIVES)
mask = GetLogicalDrives()
for i in range(26):
if mask >> i & 1:
drive = chr(i + ord("A")) + ":"
if GetDriveType(drive) == DRIVE_CDROM:
drives.append(drive)
return sorted(uniqify(drives))
def get_cdrom_drives():
drives = list(DEFAULT_DRIVES)
mask = GetLogicalDrives()
for i in range(26):
if mask >> i & 1:
drive = chr(i + ord("A")) + ":"
if GetDriveType(drive) == DRIVE_CDROM:
drives.append(drive)
return sorted(uniqify(drives))
def func_copymerge(parser, new, old):
"""Copies content of variable ``old`` and appends it into variable ``new``, removing duplicates. This is normally
used to merge a multi-valued variable into another, existing multi-valued variable."""
new = normalize_tagname(new)
old = normalize_tagname(old)
newvals = parser.context.getall(new)
oldvals = parser.context.getall(old)
parser.context[new] = uniqify(newvals + oldvals)
return ""
def _parse_versions(self, document):
"""Parse document and return a list of releases"""
del self.versions[:]
data = []
for node in document.metadata[0].release_list[0].release:
labels, catnums = label_info_from_node(node.label_info_list[0])
release = {
"id": node.id,
"date": node.date[0].text if "date" in node.children else "",
"country": node.country[0].text if "country" in node.children else "",
"format": media_formats_from_node(node.medium_list[0]),
"labels": ", ".join(set(labels)),
"catnums": ", ".join(set(catnums)),
"tracks": " + ".join([m.track_list[0].count for m in node.medium_list[0].medium]),
"barcode":
node.barcode[0].text
if "barcode" in node.children
and node.barcode[0].text != ""
else _("[no barcode]"),
"packaging":
node.packaging[0].text
if "packaging" in node.children
else None,
"disambiguation":
node.disambiguation[0].text
if "disambiguation" in node.children
else None,
"_disambiguate_name": list(),
}
data.append(release)
data.sort(key=lambda x: x["date"])
namekeys = ("date", "country", "labels", "catnums", "tracks", "format")
extrakeys = ("packaging", "barcode", "disambiguation")
versions = defaultdict(list)
for release in data:
name = " / ".join(filter(None, (release[k] for k in namekeys))).replace("&", "&&")
if name == release["tracks"]:
name = "%s / %s" % (_('[no release info]'), name)
versions[name].append(release)
#de-duplicate names if possible
for name, releases in versions.iteritems():
for a, b in combinations(releases, 2):
for key in extrakeys:
(value1, value2) = (a[key], b[key])
if value1 != value2:
a['_disambiguate_name'].append(value1)
b['_disambiguate_name'].append(value2)
for name, releases in versions.iteritems():
for release in releases:
dis = " / ".join(filter(None, uniqify(release['_disambiguate_name']))).replace("&", "&&")
disname = name if not dis else name + ' / ' + dis
self.versions.append({'id': release['id'], 'name': disname})
def func_copymerge(parser, new, old):
"""Copies content of variable ``old`` and appends it into variable ``new``, removing duplicates. This is normally
used to merge a multi-valued variable into another, existing multi-valued variable."""
if new.startswith("_"):
new = "~" + new[1:]
if old.startswith("_"):
old = "~" + old[1:]
newvals = parser.context.getall(new)
oldvals = parser.context.getall(old)
parser.context[new] = uniqify(newvals + oldvals)
return ""
def func_copymerge(parser, new, old):
"""Copies content of variable ``old`` and appends it into variable ``new``, removing duplicates. This is normally
used to merge a multi-valued variable into another, existing multi-valued variable."""
if new.startswith("_"):
new = "~" + new[1:]
if old.startswith("_"):
old = "~" + old[1:]
newvals = parser.context.getall(new)
oldvals = parser.context.getall(old)
parser.context[new] = uniqify(newvals + oldvals)
return ""
def get_cdrom_drives():
"""List available disc drives on the machine
"""
# add default drive from libdiscid to the list
drives = list(DEFAULT_DRIVES)
if IS_WIN:
GetLogicalDrives = windll.kernel32.GetLogicalDrives
GetDriveType = windll.kernel32.GetDriveTypeW
DRIVE_CDROM = 5
mask = GetLogicalDrives()
for i in range(26):
if mask >> i & 1:
drive = chr(i + ord("A")) + ":"
if GetDriveType(drive) == DRIVE_CDROM:
drives.append(drive)
elif IS_LINUX and AUTO_DETECT_DRIVES:
# Read info from /proc/sys/dev/cdrom/info
cdinfo = QFile(LINUX_CDROM_INFO)
if cdinfo.open(QIODevice.ReadOnly | QIODevice.Text):
drive_names = []
drive_audio_caps = []
while True:
line = bytes(cdinfo.readLine()).decode()
if not line:
break
if ":" in line:
key, values = line.split(':')
if key == 'drive name':
drive_names = values.split()
elif key == 'Can play audio':
drive_audio_caps = [v == '1' for v in values.split()]
break # no need to continue past this line
# Show only drives that are capable of playing audio
for index, drive in enumerate(drive_names):
if drive_audio_caps[index]:
device = '/dev/%s' % drive
symlink_target = QFile.symLinkTarget(device)
if symlink_target != '':
device = symlink_target
drives.append(device)
else:
config = get_config()
for device in config.setting["cd_lookup_device"].split(","):
# Need to filter out empty strings,
# particularly if the device list is empty
if device.strip() != '':
drives.append(device.strip())
# make sure no drive is listed twice (given by multiple sources)
return sorted(uniqify(drives))
def get_cdrom_drives():
"""List available disc drives on the machine
"""
# add default drive from libdiscid to the list
drives = list(DEFAULT_DRIVES)
if IS_WIN:
GetLogicalDrives = windll.kernel32.GetLogicalDrives
GetDriveType = windll.kernel32.GetDriveTypeW
DRIVE_CDROM = 5
mask = GetLogicalDrives()
for i in range(26):
if mask >> i & 1:
drive = chr(i + ord("A")) + ":"
if GetDriveType(drive) == DRIVE_CDROM:
drives.append(drive)
elif IS_LINUX and QFile.exists(LINUX_CDROM_INFO):
# Read info from /proc/sys/dev/cdrom/info
cdinfo = QFile(LINUX_CDROM_INFO)
if cdinfo.open(QIODevice.ReadOnly | QIODevice.Text):
drive_names = []
drive_audio_caps = []
while True:
line = bytes(cdinfo.readLine()).decode()
if not line:
break
if ":" in line:
key, values = line.split(':')
if key == 'drive name':
drive_names = values.split()
elif key == 'Can play audio':
drive_audio_caps = [v == '1' for v in values.split()]
break # no need to continue past this line
# Show only drives that are capable of playing audio
for index, drive in enumerate(drive_names):
if drive_audio_caps[index]:
device = '/dev/%s' % drive
symlink_target = QFile.symLinkTarget(device)
if symlink_target != '':
device = symlink_target
drives.append(device)
else:
for device in config.setting["cd_lookup_device"].split(","):
# Need to filter out empty strings,
# particularly if the device list is empty
if device.strip() != '':
drives.append(device.strip())
# make sure no drive is listed twice (given by multiple sources)
return sorted(uniqify(drives))
def test_unique(self):
items = [1, 2, 3, 2, 3, 4]
result = uniqify(items)
self.assertEqual([1, 2, 3, 4], result)
def _parse_versions(self, document):
"""Parse document and return a list of releases"""
del self.versions[:]
data = []
namekeys = ("tracks", "year", "country", "format", "label", "catnum")
headings = {
"tracks": N_('Tracks'),
"year": N_('Year'),
"country": N_('Country'),
"format": N_('Format'),
"label": N_('Label'),
"catnum": N_('Cat No'),
}
extrakeys = ("packaging", "barcode", "disambiguation")
try:
releases = document['releases']
except (TypeError, KeyError):
releases = []
for node in releases:
labels, catnums = label_info_from_node(node['label-info'])
countries = country_list_from_node(node)
formats = []
for medium in node['media']:
if "format" in medium:
formats.append(medium['format'])
release = {
"id":
node['id'],
"year":
node['date'][:4] if "date" in node else "????",
"country":
"+".join(countries)
if countries else node.get('country', '') or "??",
"format":
media_formats_from_node(node['media']),
"label":
", ".join([' '.join(x.split(' ')[:2]) for x in set(labels)]),
"catnum":
", ".join(set(catnums)),
"tracks":
"+".join([str(m['track-count']) for m in node['media']]),
"barcode":
node.get('barcode', '') or _('[no barcode]'),
"packaging":
node.get('packaging', '') or '??',
"disambiguation":
node.get('disambiguation', ''),
"_disambiguate_name":
list(),
"totaltracks":
sum([m['track-count'] for m in node['media']]),
"countries":
countries,
"formats":
formats,
}
data.append(release)
versions = defaultdict(list)
for release in data:
name = " / ".join([release[k]
for k in namekeys]).replace("&", "&&")
if name == release["tracks"]:
name = "%s / %s" % (_('[no release info]'), name)
versions[name].append(release)
# de-duplicate names if possible
for name, releases in versions.items():
for a, b in combinations(releases, 2):
for key in extrakeys:
(value1, value2) = (a[key], b[key])
if value1 != value2:
a['_disambiguate_name'].append(value1)
b['_disambiguate_name'].append(value2)
for name, releases in versions.items():
for release in releases:
dis = " / ".join(
filter(None,
uniqify(release['_disambiguate_name']))).replace(
"&", "&&")
disname = name if not dis else name + ' / ' + dis
version = {
'id': release['id'],
'name': disname,
'totaltracks': release['totaltracks'],
'countries': release['countries'],
'formats': release['formats'],
}
self.versions.append(version)
self.version_headings = " / ".join(_(headings[k]) for k in namekeys)
def _save_preserved_tags(preserved_tags):
config.setting['preserved_tags'] = ", ".join(uniqify(preserved_tags))
def _parse_versions(self, document):
"""Parse document and return a list of releases"""
del self.versions[:]
data = []
namekeys = ("tracks", "year", "country", "format", "label", "catnum")
headings = {
"tracks": N_('Tracks'),
"year": N_('Year'),
"country": N_('Country'),
"format": N_('Format'),
"label": N_('Label'),
"catnum": N_('Cat No'),
}
extrakeys = ("packaging", "barcode", "disambiguation")
for node in document.metadata[0].release_list[0].release:
labels, catnums = label_info_from_node(node.label_info_list[0])
countries = []
if 'release_event_list' in node.children:
for release_event in node.release_event_list[0].release_event:
if "area" in release_event.children:
countries.append(release_event.area[0].iso_3166_1_code_list[0].iso_3166_1_code[0].text)
formats = []
for medium in node.medium_list[0].medium:
if "format" in medium.children:
formats.append(medium.format[0].text)
release = {
"id": node.id,
"year": node.date[0].text[:4] if "date" in node.children else "????",
"country": "+".join(countries) if countries
else node.country[0].text if "country" in node.children
else "??",
"format": media_formats_from_node(node.medium_list[0]),
"label": ", ".join([' '.join(x.split(' ')[:2]) for x in set(labels)]),
"catnum": ", ".join(set(catnums)),
"tracks": "+".join([m.track_list[0].count for m in node.medium_list[0].medium]),
"barcode":
node.barcode[0].text
if "barcode" in node.children
and node.barcode[0].text != ""
else _("[no barcode]"),
"packaging":
node.packaging[0].text
if "packaging" in node.children
else None,
"disambiguation":
node.disambiguation[0].text
if "disambiguation" in node.children
else None,
"_disambiguate_name": list(),
"totaltracks": sum([int(m.track_list[0].count) for m in node.medium_list[0].medium]),
"countries": countries,
"formats": formats,
}
data.append(release)
versions = defaultdict(list)
for release in data:
name = " / ".join([release[k] for k in namekeys]).replace("&", "&&")
if name == release["tracks"]:
name = "%s / %s" % (_('[no release info]'), name)
versions[name].append(release)
# de-duplicate names if possible
for name, releases in versions.items():
for a, b in combinations(releases, 2):
for key in extrakeys:
(value1, value2) = (a[key], b[key])
if value1 != value2:
a['_disambiguate_name'].append(value1)
b['_disambiguate_name'].append(value2)
for name, releases in versions.items():
for release in releases:
dis = " / ".join(filter(None, uniqify(release['_disambiguate_name']))).replace("&", "&&")
disname = name if not dis else name + ' / ' + dis
version = {
'id': release['id'],
'name': disname,
'totaltracks': release['totaltracks'],
'countries': release['countries'],
'formats': release['formats'],
}
self.versions.append(version)
self.version_headings = " / ".join(_(headings[k]) for k in namekeys)
def get_files_from_objects(self, objects, save=False):
"""Return list of files from list of albums, clusters, tracks or files."""
return uniqify(chain(*[obj.iterfiles(save) for obj in objects]))
def _parse_versions(self, document):
"""Parse document and return a list of releases"""
del self.versions[:]
data = []
namekeys = ("tracks", "year", "country", "format", "label", "catnum")
headings = {
"tracks": N_('Tracks'),
"year": N_('Year'),
"country": N_('Country'),
"format": N_('Format'),
"label": N_('Label'),
"catnum": N_('Cat No'),
}
extrakeys = ("packaging", "barcode", "disambiguation")
for node in document.metadata[0].release_list[0].release:
labels, catnums = label_info_from_node(node.label_info_list[0])
countries = []
if 'release_event_list' in node.children:
for release_event in node.release_event_list[0].release_event:
if "area" in release_event.children:
countries.append(
release_event.area[0].iso_3166_1_code_list[0].
iso_3166_1_code[0].text)
formats = []
for medium in node.medium_list[0].medium:
if "format" in medium.children:
formats.append(medium.format[0].text)
release = {
"id":
node.id,
"year":
node.date[0].text[:4] if "date" in node.children else "????",
"country":
"+".join(countries) if countries else
node.country[0].text if "country" in node.children else "??",
"format":
media_formats_from_node(node.medium_list[0]),
"label":
", ".join([' '.join(x.split(' ')[:2]) for x in set(labels)]),
"catnum":
", ".join(set(catnums)),
"tracks":
"+".join([
m.track_list[0].count for m in node.medium_list[0].medium
]),
"barcode":
node.barcode[0].text if "barcode" in node.children
and node.barcode[0].text != "" else _("[no barcode]"),
"packaging":
node.packaging[0].text
if "packaging" in node.children else None,
"disambiguation":
node.disambiguation[0].text
if "disambiguation" in node.children else None,
"_disambiguate_name":
list(),
"totaltracks":
sum([
int(m.track_list[0].count)
for m in node.medium_list[0].medium
]),
"countries":
countries,
"formats":
formats,
}
data.append(release)
versions = defaultdict(list)
for release in data:
name = " / ".join([release[k]
for k in namekeys]).replace("&", "&&")
if name == release["tracks"]:
name = "%s / %s" % (_('[no release info]'), name)
versions[name].append(release)
# de-duplicate names if possible
for name, releases in versions.iteritems():
for a, b in combinations(releases, 2):
for key in extrakeys:
(value1, value2) = (a[key], b[key])
if value1 != value2:
a['_disambiguate_name'].append(value1)
b['_disambiguate_name'].append(value2)
for name, releases in versions.iteritems():
for release in releases:
dis = " / ".join(
filter(None,
uniqify(release['_disambiguate_name']))).replace(
"&", "&&")
disname = name if not dis else name + ' / ' + dis
version = {
'id': release['id'],
'name': disname,
'totaltracks': release['totaltracks'],
'countries': release['countries'],
'formats': release['formats'],
}
self.versions.append(version)
self.version_headings = " / ".join(_(headings[k]) for k in namekeys)
def _get_unique_metadata_objects(self):
objs = self._get_metadata_objects(self.tagger.window.selected_objects)
return uniqify(objs)
def _save_preserved_tags(preserved_tags):
config.setting['preserved_tags'] = ", ".join(uniqify(preserved_tags))
def _parse_versions(self, document):
"""Parse document and return a list of releases"""
del self.versions[:]
data = []
namekeys = ("tracks", "year", "country", "format", "label", "catnum")
headings = {
"tracks": N_('Tracks'),
"year": N_('Year'),
"country": N_('Country'),
"format": N_('Format'),
"label": N_('Label'),
"catnum": N_('Cat No'),
}
extrakeys = ("packaging", "barcode", "disambiguation")
try:
releases = document['releases']
except (TypeError, KeyError):
releases = []
for node in releases:
labels, catnums = label_info_from_node(node['label-info'])
countries = country_list_from_node(node)
formats = []
for medium in node['media']:
if "format" in medium:
formats.append(medium['format'])
release = {
"id": node['id'],
"year": node['date'][:4] if "date" in node else "????",
"country": "+".join(countries) if countries
else node['country'] if "country" in node
else "??",
"format": media_formats_from_node(node['media']),
"label": ", ".join([' '.join(x.split(' ')[:2]) for x in set(labels)]),
"catnum": ", ".join(set(catnums)),
"tracks": "+".join([str(m['track-count']) for m in node['media']]),
"barcode":
node['barcode']
if "barcode" in node
and node['barcode'] != ""
else _("[no barcode]"),
"packaging":
node['packaging']
if "packaging" in node
else None,
"disambiguation":
node['disambiguation']
if "disambiguation" in node
else None,
"_disambiguate_name": list(),
"totaltracks": sum([m['track-count'] for m in node['media']]),
"countries": countries,
"formats": formats,
}
data.append(release)
versions = defaultdict(list)
for release in data:
name = " / ".join([release[k] for k in namekeys]).replace("&", "&&")
if name == release["tracks"]:
name = "%s / %s" % (_('[no release info]'), name)
versions[name].append(release)
# de-duplicate names if possible
for name, releases in versions.items():
for a, b in combinations(releases, 2):
for key in extrakeys:
(value1, value2) = (a[key], b[key])
if value1 != value2:
a['_disambiguate_name'].append(value1)
b['_disambiguate_name'].append(value2)
for name, releases in versions.items():
for release in releases:
dis = " / ".join(filter(None, uniqify(release['_disambiguate_name']))).replace("&", "&&")
disname = name if not dis else name + ' / ' + dis
version = {
'id': release['id'],
'name': disname,
'totaltracks': release['totaltracks'],
'countries': release['countries'],
'formats': release['formats'],
}
self.versions.append(version)
self.version_headings = " / ".join(_(headings[k]) for k in namekeys)
def get_files_from_objects(self, objects, save=False):
"""Return list of files from list of albums, clusters, tracks or files."""
return uniqify(chain(*[obj.iterfiles(save) for obj in objects]))
def _get_unique_metadata_objects(self):
objs = self._get_metadata_objects(self.tagger.window.selected_objects)
return uniqify(objs)