def run(self,mode=-1,runSilent=False):
#check if we should use the progress bar
if(utils.getSetting('run_silent') == 'false' and not runSilent):
self.progressBar = xbmcgui.DialogProgress()
self.progressBar.create(utils.getString(30010),utils.getString(30049) + "......")
#determine backup mode
if(mode == -1):
mode = int(utils.getSetting('addon_mode'))
#append backup folder name
if(mode == self.Backup and self.remote_path != ''):
self.remote_path = self.remote_path + time.strftime("%Y%m%d") + "/"
elif(mode == self.Restore and utils.getSetting("backup_name") != '' and self.remote_path != ''):
self.remote_path = self.remote_path + utils.getSetting("backup_name") + "/"
else:
self.remote_path = ""
utils.log(utils.getString(30047) + ": " + self.local_path)
utils.log(utils.getString(30048) + ": " + self.remote_path)
#run the correct mode
if(mode == self.Backup):
utils.log(utils.getString(30023) + " - " + utils.getString(30016))
self.fileManager = FileManager(self.local_path)
#for backups check if remote path exists
if(vfs.exists(self.remote_path)):
#this will fail - need a disclaimer here
utils.log(utils.getString(30050))
self.syncFiles()
else:
utils.log(utils.getString(30023) + " - " + utils.getString(30017))
self.fileManager = FileManager(self.remote_path)
#for restores remote path must exist
if(vfs.exists(self.remote_path)):
self.restoreFiles()
else:
xbmcgui.Dialog().ok(utils.getString(30010),utils.getString(30045),self.remote_path)
if(utils.getSetting('run_silent') == 'false' and not runSilent):
self.progressBar.close()
def format(self, tb, code = None, lineno = -1, filename = "",
deep_trace = False):
# tracebacks are dangerous objects; to avoid circular references,
# we have to drop references to a traceback ASAP
# get recent traceback
exc_type = tb[0]
exc_value = tb[1]
exc_tb = tb[2]
# get filename and lineno
if (not filename and lineno == -1):
if (hasattr(exc_value, "filename") and
hasattr(exc_value, "lineno")):
filename = exc_value.filename
lineno = exc_value.lineno
else:
tbs = traceback.extract_tb(exc_tb)
filename = tbs[-1][0]
lineno = tbs[-1][1]
del tbs
# print error message
out = "\n"
out += "[EXC]%s\n" % str(exc_value)
# dig into the traceback for additional information
if (deep_trace):
for trace in traceback.extract_tb(exc_tb):
cntxt = trace[0]
lno = trace[1]
funcname = trace[2]
out += "in %s: line %d %s\n" % (cntxt, lno, funcname)
# load code from file if no code was specified
if (not code):
# get last traceback (otherwise we would load the wrong file for
# hilighting)
this_tb = exc_tb
while (this_tb.tb_next):
tmp = this_tb
del this_tb
this_tb = tmp.tb_next
del tmp
# get the .py file; we don't want .pyc or .pyo!
path = this_tb.tb_frame.f_globals.get("__file__")
del this_tb
if (path and path[-4:-1] == ".py"): path = path[:-1]
if (path and vfs.exists(path)):
code = vfs.read_entire_file(path)
filename = path
#end if
del exc_tb
# find and hilight the bad line of code, while adding handy line numbers
if (code):
lines = code.splitlines()
lno = 1
for i in range(len(lines)):
if (lno == lineno):
lines[i] = "[ERR]>%4d " % lno + lines[i]
else:
lines[i] = "[---] %4d " % lno + lines[i]
lno += 1
#end for
# take a small chop out of the code
begin = max(0, lineno - 6)
part = lines[begin:begin + 12]
out += "[EXC]%s\n\n" % filename
out += "\n".join(part)
else:
out += "[EXC]%s\n\n" % filename
out += "[EXC]>> could not load source code for hilighting <<"
#end if
return out