def getPrettyName(self):
if len(self.params) >= 2:
return _('dictionary {} / {}').format(
languages.getName(self.params[0]),
languages.getName(self.params[1]))
else:
super().getPrettyName()
def __init__(self, parent, streams, types):
super().__init__(parent)
img.setItemBitmap(self.m_bitmapTick, 'tickmark')
img.setItemBitmap(self.m_bitmapCross, 'crossmark')
self.streams = streams
self.selection = []
self.m_items.SetIconMap({
False: img.getBitmap('crossmark'),
True: img.getBitmap('tickmark')
})
for s in streams:
self.m_items.InsertItem(os.path.basename(s.path), icon=False)
self.m_choiceSelType.SetClientData(0, ['subtitle/text', 'audio'])
self.m_choiceSelType.SetClientData(1, ['subtitle/text'])
self.m_choiceSelType.SetClientData(2, ['audio'])
stypes = set(s.type for ss in streams
for s in ss.streams.values()) & set(types)
hasAudio = 'audio' in stypes
hasSubtitle = 'subtitle/text' in stypes
enableTypeSelection = hasAudio and hasSubtitle
self.m_textSelType.Show(enableTypeSelection)
self.m_choiceSelType.Show(enableTypeSelection)
langs = set(
canonizeLang(s.lang) for ss in streams
for s in ss.streams.values() if s.type in types)
self.m_choiceSelLang.Append(_('auto'), None)
if '' in langs:
langs.discard('')
self.m_choiceSelLang.Append(_('<undefined>'), '')
self.m_choiceSelLang.addSortedLangs(
{languages.getName(l): l
for l in langs})
self.m_choiceSelLang.SetSelection(0)
titles = set(s.title for ss in streams for s in ss.streams.values()
if s.type in types)
self.m_choiceSelTitle.Append(_('auto'), None)
for title in sorted(titles):
value = title
if title == '':
title = _('<empty>')
self.m_choiceSelTitle.Append(title, value)
self.m_choiceSelTitle.SetSelection(0)
self.m_textSelTitle.Show(len(titles) > 1)
self.m_choiceSelTitle.Show(len(titles) > 1)
self.onSelChange()
self.Fit()
self.Layout()
def raiseNotSupportedAssets(assets):
msg = []
speech = [asset for asset in assets if asset.type == 'speech']
dicts = [asset for asset in assets if asset.type == 'dict']
if speech:
langs = ', '.join([languages.getName(a.params[0]) for a in speech])
msg += [ _('Synchronization with {} audio is currently not supported.') \
.format(langs) ]
if dicts:
langs = [
' - '.join([languages.getName(p) for p in a.params]) for a in dicts
]
msg += [ _('Synchronization between languages {} is currently not supported.') \
.format(', '.join(langs)) ]
msg += ['', _('missing assets:')]
msg += [' - ' + asset.getPrettyName() for asset in assets]
raise Error('\n'.join(msg))
def validate(self, localOnly=False):
"""Check if all assets on the list are available.
Parameters
----------
localOnly: bool, optional
If `True` this method will check if all assets are installed
locally, otherwise it will check if assets are available either
locally or on asset server.
Raises
------
Error
At least one asset is not available.
"""
if localOnly:
assets = self.notInstalled()
else:
assets = self.missing()
if assets:
msg = []
speech = [asset for asset in assets if asset.type == 'speech']
dicts = [asset for asset in assets if asset.type == 'dict']
if speech:
langs = ', '.join(
[languages.getName(a.params[0]) for a in speech])
msg += [ _('Synchronization with {} audio is currently not supported.') \
.format(langs) ]
if dicts:
langs = [
' - '.join([languages.getName(p) for p in a.params])
for a in dicts
]
msg += [ _('Synchronization between languages {} is currently not supported.') \
.format(', '.join(langs)) ]
msg += ['', _('missing assets:')]
msg += [' - ' + asset.getPrettyName() for asset in assets]
raise error.Error('\n'.join(msg))
def getPrettyName(self):
return _('{} speech recognition model').format(
languages.getName(self.params[0]))
def getPrettyName(self):
return _('dictionary {} / {}').format(
languages.getName(self.params[0]),
languages.getName(self.params[1]))
def getPrettyName(self):
if len(self.params) >= 1:
return _('{} speech recognition model').format(
languages.getName(self.params[0]))
else:
super().getPrettyName()