def IsPossible(self):
"""Function to check the requirements for doing a port mapping.
It tries to import the MiniUPnPc python binding: miniupnpc.
If it fails, it tries to use the MiniUPnPc binary: upnpc.
If neither of them are available UPnP Port Mapping is unavailable.
"""
try:
# First we try to import the python binding
import miniupnpc
except ImportError as e1:
try:
# We fail to import the python module: fallback to the binary.
self.run_binary([self.upnpcbinary])
except Exception as e2:
# Nothing works :/
errors = [
_('Failed to import miniupnpc module: %(error)s') %
{'error': str(e1)},
_('Failed to run upnpc binary: %(error)s') %
{
'error': findBestEncoding(
str(e2),
['utf-8', 'ascii', 'iso8859-1']
)
}
]
return (False, errors)
else:
# If the binary is available we define the resulting mode
self.mode = 'Binary'
return (True, None)
else:
# If the python binding import is successful we define the
# resulting mode
self.mode = 'Module'
return (True, None)
def IsPossible(self):
"""Function to check the requirements for doing a port mapping.
It tries to import the MiniUPnPc python binding: miniupnpc.
If it fails, it tries to use the MiniUPnPc binary: upnpc.
If neither of them are available UPnP Port Mapping is unavailable.
"""
try:
# First we try to import the python binding
import miniupnpc
except ImportError as e1:
try:
# We fail to import the python module: fallback to the binary.
self.run_binary([self.upnpcbinary])
except Exception as e2:
# Nothing works :/
errors = [
_('Failed to import miniupnpc module: %(error)s') % {
'error': str(e1)
},
_('Failed to run upnpc binary: %(error)s') % {
'error':
findBestEncoding(str(e2),
['utf-8', 'ascii', 'iso8859-1'])
}
]
return (False, errors)
else:
# If the binary is available we define the resulting mode
self.mode = 'Binary'
return (True, None)
else:
# If the python binding import is successful we define the
# resulting mode
self.mode = 'Module'
return (True, None)
if val is not None and val != "None":
self.sections[i][j] = val
else:
self.sections[i][j] = None
else:
try:
self.sections[i][j] = eval(val, {})
except:
self.sections[i][j] = None
log.addwarning("CONFIG ERROR: Couldn't decode '%s' section '%s' value '%s'" % (str(j), str(i), str(val)))
# If we stored any of the following as bytes (pre 1.2.15, pre 1.2.16), convert them to unicode
unicodes = [('ticker', 'default'), ('server', 'autoreply')]
for (section, subsection) in unicodes:
try:
self.sections[section][subsection] = findBestEncoding(self.sections[section][subsection], ['utf-8'])
except TypeError:
pass # Already unicode
for room in self.sections["ticker"]["rooms"]:
encodings = ['utf-8']
try:
encodings.append(self.sections["server"]["roomencoding"][room])
except KeyError:
pass
try:
self.sections["ticker"]["rooms"][room] = findBestEncoding(self.sections["ticker"]["rooms"][room], encodings)
except TypeError:
pass # already unicode
# Convert fs-based shared to virtual shared (pre 1.2.16+)
self.sections["ui"]["speechcommand"] = self.sections["ui"]["speechcommand"].replace('%s','$')
except KeyError:
pass
try:
for (protocol, command) in self.sections["urls"]["protocols"].iteritems():
self.sections["urls"]["protocols"][protocol] = command.replace('%s','$')
except KeyError:
pass
if "pyslsk" in autojoin and not "nicotine" in autojoin:
autojoin.append("nicotine")
# If we stored any of the following as bytes (pre 1.2.15, pre 1.2.16), convert them to unicode
unicodes = [('ticker','default'), ('server','autoreply')]
for (section, subsection) in unicodes:
try:
self.sections[section][subsection] = findBestEncoding(self.sections[section][subsection], ['utf-8'])
except TypeError:
pass # Already unicode
for room in self.sections["ticker"]["rooms"]:
encodings = ['utf-8']
try:
encodings.append(self.sections["server"]["roomencoding"][room])
except KeyError:
pass
try:
self.sections["ticker"]["rooms"][room] = findBestEncoding(self.sections["ticker"]["rooms"][room], encodings)
except TypeError:
pass # already unicode
# decode the userinfo from local encoding to utf8 (1.0.3 -> 1.0.4 change)
if not self.sections["userinfo"]["descrutf8"]:
