def _import(self):
self.loading_start()
if not validate(self, lambda x: x, "Please input the password",
self.password.value):
self.loading_over()
return
if not validate(self, lambda x: x, "Please select a file",
self.file.file):
self.loading_over()
return
try:
def exec_():
account = import_account(self.file.file, self.password.value)
self.username.account = account
def cb(status):
self.imported.emit(status)
if account:
public_key = ECCipher.serialize_public_key(
account.public_key)
wallet.market_client.isRegistered(public_key).addCallbacks(
cb)
deferToThread(exec_)
except Exception as e:
logger.error(e)
QMessageBox.information(self, "error", "Failed!")
self.loading_over()
def enter(self):
if not validate(self, lambda x: x, 'Please input username', self.username.value) or \
not validate(self, lambda x: x, 'No Account!', self.account):
return
self.hide()
app.username = self.username.value
app.event.emit(app.events.LOGIN_CLOSE)
app.enterPDash(self.account)
def create(self):
# Create Keystore
if not validate(self, lambda x: x, "Please input password",
self.password.value):
return
if not validate(self, lambda x: x, "Please repeat password",
self.repeat.value):
return
if not validate(self, lambda x, y: x == y,
"The passwords do not match", self.password.value,
self.repeat.value):
return
if not validate(self, lambda x: x is True,
"You haven't agreed to the agreement",
self.check.value):
return
def _create():
self.username.account = create_account(self.password.value,
self.PATH, self.NAME)
deferToThread(_create).addCallback(lambda _: self.created.emit())
self.to(self.loading)