def run(self, gui):
failList = []
for user in self.userlist:
gui.report(u"::: " + user)
backup = Dump(self.master, self.dbpath, user)
if not backup.filepath:
failList.append(user)
continue
backup.run(gui)
if not backup.filepath:
failList.append(user)
if failList:
gui.report(_("***************\n"
"Database files could not be created for:\n %s")
% repr(failList))
def run(self, gui):
failList = []
for user in self.userlist:
gui.report(u"::: " + user)
backup = Dump(self.master, self.dbpath, user)
if not backup.filepath:
failList.append(user)
continue
backup.run(gui)
if not backup.filepath:
failList.append(user)
if failList:
gui.report(
_("***************\n"
"Database files could not be created for:\n %s") %
repr(failList))
def recreate(dbm, filepath, user, gui):
"""Recreate the user database, taking master update lock
into consideration. NOTE that this 'lock' is not 100%
effective, but it is a simple method which I hope will be
adequate for the envisaged application.
"""
dir = os.path.dirname(filepath)
while True:
udt = getudtime(dbm)
if not mUnstable(dbm):
break
gui.report(_("Master database is in unstable state.\n Waiting ..."))
sleep(10)
# Dump the master database to the selected file
while True:
dump = Dump(dbm, dir, user)
if dump.filepath:
break
warning(_("Couldn't create database file in folder %1,"
" select new folder"), (dir,))
dir = getDirectory(dir)
if not dir:
if confirmationDialog(_("Abandon?"),
_("User database not regenerated,"
" do you really want to abandon this operation?"), False):
break
if dump.filepath:
dump.run(gui)
fp = dump.filepath
dump = None
if fp:
# Check master database hasn't been updated
if (udt == getudtime(dbm)):
gui.report(_("\nSUCCESS! - User database regenerated"))
else:
gui.report(_("Master has been updated,"
" need to repeat...\n"))
recreate(dbm, filepath, user, gui)
else:
gui.report(_("\nFAILED! Couldn't regenerate user database.\n"
" --- Please contact administrator!"))