def _handle_FindAccountByKey(self, event):
accounts = self._load()
a = self._find_by_key(accounts, event.key)
if a == None:
kernel.queue(events.NotFound())
else:
a.setEncryptionKey(event.encryption_key)
kernel.queue(events.AccountFound(a))
def _has_duplicate_keys(self, accounts):
keys = {}
for acct in accounts:
if acct.key() in keys:
kernel.queue(events.DuplicateKeyError(acct.key()))
return True
keys[acct.key()] = 1
return False
def _handle_NewAccount(self, event):
accounts = self._load()
accounts.append(event.account)
if self._has_duplicate_keys(accounts):
return
persistance.write(self._path, accounts)
kernel.queue(events.Success("Account created"))
def _command_add(self, args):
if len(args.args) < 3:
print "usage: add account_key username password [note]"
return
account = Account(args.args[0], args.key)
account.setUsername(args.args[1])
account.setPassword(args.args[2])
if len(args.args) > 3:
account.setNote(args.args[3])
kernel.queue(events.NewAccount(account))
def _handle_DeleteAccount(self, event):
accounts = self._load()
a = self._find_by_key(accounts, event.key)
if a == None:
kernel.queue(events.NotFound())
return
accounts.remove(a)
persistance.write(self._path, accounts)
kernel.queue(events.Success("Account removed"))
def _handle_UpdateAccountField(self, event):
accounts = self._load()
a = self._find_by_key(accounts, event.key)
if a == None:
kernel.queue(events.NotFound())
return
if event.field == "password":
a.setEncryptionKey(event.encryption_key)
a.setPassword(event.value)
else:
setter = "set%s" % (event.field.title())
if hasattr(a, setter):
method = getattr(a, setter)
method(event.value)
if self._has_duplicate_keys(accounts):
return
persistance.write(self._path, accounts)
kernel.queue(events.Success("Account updated"))
def _command_set(self, args):
if len(args.args) != 3:
print "usage: set account_key field new_value"
return
kernel.queue(events.UpdateAccountField(args.args[0], args.args[1], args.args[2], args.key))
def _command_show(self, args):
if len(args.args) == 0:
print "usage: show account_key"
return
kernel.queue(events.FindAccountByKey(args.args[0], args.key))
def _command_rm(self, args):
if len(args.args) == 0:
print "usage: rm account_key"
return
kernel.queue(events.DeleteAccount(args.args[0]))
def _command_list(self, args):
kernel.queue(events.GetAccountList())
def _handle_GetAccountList(self, event):
accounts = self._load()
kernel.queue(events.AccountList(accounts))
