def _contract_selected(self, pool, quantity=1):
if not valid_quantity(quantity):
show_error_window(_("Quantity must be a positive number."),
parent=self.parent_win)
return
self._contract_selection_cancelled()
# Start the progress bar
self.pb = progress.Progress(_("Attaching"),
_("Attaching subscription. Please wait."))
self.timer = ga_GObject.timeout_add(100, self.pb.pulse)
self.pb.set_transient_for(self.parent_win)
# Spin off a thread to handle binding the selected pool.
# After it has completed the actual bind call, available
# subs will be refreshed, but we won't re-run compliance
# until we have serialized the certificates
self.async_bind.bind(pool, quantity,
bind_callback=self._async_bind_callback,
cert_callback=self.backend.cs.force_cert_check,
except_callback=self._async_bind_exception_callback)
def _contract_selected(self, pool, quantity=1):
if not valid_quantity(quantity):
show_error_window(_("Quantity must be a positive number."),
parent=self.parent_win)
return
self._contract_selection_cancelled()
# Start the progress bar
self.pb = progress.Progress(_("Attaching"),
_("Attaching subscription. Please wait."))
self.timer = ga_GObject.timeout_add(100, self.pb.pulse)
self.pb.set_transient_for(self.parent_win)
# Spin off a thread to handle binding the selected pool.
# After it has completed the actual bind call, available
# subs will be refreshed, but we won't re-run compliance
# until we have serialized the certificates
self.async_bind.bind(
pool,
quantity,
bind_callback=self._async_bind_callback,
cert_callback=self.backend.cs.force_cert_check,
except_callback=self._async_bind_exception_callback)
def test_string_quantity_not_valid(self):
self.assertFalse(valid_quantity("12dfg2"))
def test_positive_quantity_value_is_valid(self):
self.assertTrue(valid_quantity(3))
def test_neg_quantity_value_is_invalid(self):
self.assertFalse(valid_quantity(-1))
def test_nonetype_not_valid(self):
self.assertFalse(valid_quantity(None))
