def __new__(cls):
if xbmc.getFreeMem() == long():
KodiLogger.kodirunning = False
if KodiLogger._instance is None:
with KodiLogger._lock:
if KodiLogger._instance is None:
KodiLogger._instance = super(KodiLogger, cls).__new__(cls)
return KodiLogger._instance
def __new__(cls):
if xbmc.getFreeMem() == long():
KodiLogger.kodirunning = False
if KodiLogger._instance is None:
with KodiLogger._lock:
if KodiLogger._instance is None:
KodiLogger._instance = super(KodiLogger, cls).__new__(cls)
return KodiLogger._instance
def LOG( status, format, *args ):
try:
dwAvailPhys = str( long( xbmc.getFreeMem() * 1024.0 * 1024.0 ) )
except:
dwAvailPhys = "?"
status = ( "ERROR", "INFO", "NOTICE", "DEBUG", "WARNING", )[ status - 1 ]
_pre_line_ = "%s M: %s %s: " % ( time.strftime( "%X" ), dwAvailPhys, status.rjust( 7 ), )
_write_line_ = "%s\n" % ( format % args, )
file( LOG_SCRIPT, "a" ).write( _pre_line_ + _write_line_ )
if ( DEBUG_MODE >= status ):
xbmc.output( _write_line_.strip( "\n" ) )
def run(self):
''' Prepare the request. Request removes the urlencode which is required in this case.
Use a session allows to use a pool of connections.
'''
monitor = xbmc.Monitor()
with requests.Session() as s:
while True:
memory_available = xbmc.getFreeMem()
if memory_available < 650: # seems going lower causes instabilities in Kodi
if monitor.waitForAbort(2):
LOG.info("[ exited artwork/%s ]", id(self))
break
continue
try:
url = self.queue.get(timeout=2)
except Queue.Empty:
self.threads.remove(self)
LOG.info("--<[ q:artwork/%s ]", id(self))
return
try:
req = requests.Request(
method='HEAD',
url="http://%s:%s/image/image://%s" %
(self.kodi['host'], self.kodi['port'], url),
auth=(self.kodi['username'], self.kodi['password']))
prep = req.prepare()
prep.url = "http://%s:%s/image/image://%s" % (
self.kodi['host'], self.kodi['port'], url)
s.send(prep, timeout=(0.01, 0.01))
s.content # release the connection
except Exception:
pass
self.queue.task_done()
if window('emby_should_stop.bool'):
LOG.info("[ exited artwork/%s ]", id(self))
break
def LOG(status, format, *args):
try:
dwAvailPhys = str(long(xbmc.getFreeMem() * 1024.0 * 1024.0))
except:
dwAvailPhys = "?"
status = (
"ERROR",
"INFO",
"NOTICE",
"DEBUG",
"WARNING",
)[status - 1]
_pre_line_ = "%s M: %s %s: " % (
time.strftime("%X"),
dwAvailPhys,
status.rjust(7),
)
_write_line_ = "%s\n" % (format % args, )
file(LOG_SCRIPT, "a").write(_pre_line_ + _write_line_)
if (DEBUG_MODE >= status):
xbmc.output(_write_line_.strip("\n"))
def _get(self, key):
if key == 'lang':
return xbmc.getLanguage()
elif key == 'langname':
langname = xbmc.getLanguage()
if langname.find('Oromo') != -1:
langname = 'Oromo'
else:
for tag in (' (', ';', ','):
i = langname.find(tag)
if i != -1:
langname = langname[0:i]
break
try:
LANGCODE[langname]
except KeyError:
return 'English'
else:
return langname
elif key == 'langcode':
return LANGCODE[self._get('langname')]
elif key == 'dvd':
state = {0: 'open', 1: 'notready', 2: 'ready', 3: 'empty', 4: 'present', 5: None}
return state[xbmc.getDVDState()]
elif key == 'mem':
return xbmc.getFreeMem() # MB
elif key == 'time':
return xbmc.getGlobalIdleTime()
elif key == 'skin':
return xbmc.getSkinDir()
elif key == 'ip':
return xbmc.getIPAddress()
elif key == 'platform':
if self._platform == -1:
for platform in ('linux', 'windows', 'android', 'atv2', 'ios', 'osx'):
if xbmc.getCondVisibility('system.platform.' + platform):
self._platform = platform
break
else:
self._platform = None
return self._platform
elif key == 'is_64bits':
return sys.maxsize > 2**32
elif key == 'support':
if not self._support['all']:
for src, dst in (('video', 'video'), ('music', 'audio'), ('picture', 'picture')):
self._support[dst] = [x[1:] for x in xbmc.getSupportedMedia(src).split('|')]
self._support['all'].extend(self._support[dst])
return self._support
elif key == 'region':
if not self._region:
for tag in ('dateshort', 'datelong', 'time', 'meridiem', 'tempunit', 'speedunit'):
self._region[tag] = xbmc.getRegion(tag)
return self._region
else:
raise AttributeError, key
except ImportError:
import xml.etree.ElementTree as ET
def logprint(msg='', level=0):
if msg != '' and level > -1:
print msg
try:
import xbmc
import xbmcaddon
except ImportError:
NOXBMC = True
else:
if xbmc.getFreeMem() == long(0):
NOXBMC = True
else:
NOXBMC = False
if NOXBMC:
log = logprint
else:
log = xbmc.log
class KodiPo(object):
"""
Main class for retrieving localized strings.
Implemented as singleton
"""
_instance = None
except ImportError:
import xml.etree.ElementTree as ET
def logprint(msg='', level=0):
if msg != '' and level > -1:
print(msg)
try:
import xbmc
import xbmcaddon
except ImportError:
NOXBMC = True
else:
if xbmc.getFreeMem() == int(0):
NOXBMC = True
else:
NOXBMC = False
if NOXBMC:
log = logprint
else:
log = xbmc.log
class KodiPo(object):
"""
Main class for retrieving localized strings.
Implemented as singleton
"""
_instance = None
def _get(self, key):
if key == 'lang':
return xbmc.getLanguage()
elif key == 'langname':
langname = xbmc.getLanguage()
if langname.find('Oromo') != -1:
langname = 'Oromo'
else:
for tag in (' (', ';', ','):
i = langname.find(tag)
if i != -1:
langname = langname[0:i]
break
try:
LANGCODE[langname]
except KeyError:
return 'English'
else:
return langname
elif key == 'langcode':
return LANGCODE[self._get('langname')]
elif key == 'dvd':
state = {
0: 'open',
1: 'notready',
2: 'ready',
3: 'empty',
4: 'present',
5: None
}
return state[xbmc.getDVDState()]
elif key == 'mem':
return xbmc.getFreeMem() # MB
elif key == 'time':
return xbmc.getGlobalIdleTime()
elif key == 'skin':
return xbmc.getSkinDir()
elif key == 'ip':
return xbmc.getIPAddress()
elif key == 'platform':
if self._platform == -1:
for platform in ('linux', 'windows', 'android', 'atv2', 'ios',
'osx'):
if xbmc.getCondVisibility('system.platform.' + platform):
self._platform = platform
break
else:
self._platform = None
return self._platform
elif key == 'is_64bits':
return sys.maxsize > 2**32
elif key == 'support':
if not self._support['all']:
for src, dst in (('video', 'video'), ('music', 'audio'),
('picture', 'picture')):
self._support[dst] = [
x[1:] for x in xbmc.getSupportedMedia(src).split('|')
]
self._support['all'].extend(self._support[dst])
return self._support
elif key == 'region':
if not self._region:
for tag in ('dateshort', 'datelong', 'time', 'meridiem',
'tempunit', 'speedunit'):
self._region[tag] = xbmc.getRegion(tag)
return self._region
else:
raise AttributeError, key
