def test_required_label_not_shown(self):
"""Widget showing a non-required charm should NOT have a label showing
how many units are required.
"""
w = ServiceWidget(CharmJujuGui, self.pc)
self.assertFalse(search_in_widget(".* of .* placed", w))
def test_dont_show_placements(self):
"""Widget with show_placements set to FALSE should NOT show
placements"""
self.pc.assign(self.mock_machine, CharmNovaCompute, AssignmentType.LXC)
w = ServiceWidget(CharmNovaCompute, self.pc, show_placements=False)
self.assertFalse(search_in_widget("LXC.*machine1-hostname", w))
def test_show_constraints(self):
"""Widget with show_constraints set should show constraints"""
self.pc.assign(self.mock_machine, CharmNovaCompute, AssignmentType.LXC)
w = ServiceWidget(CharmNovaCompute, self.pc, show_constraints=True)
conpat = ("constraints.*" +
".*".join(CharmNovaCompute.constraints.keys()))
self.assertTrue(search_in_widget(conpat, w))
def build_widgets(self):
if self.charm_class.allow_multi_units:
machine_string = "machines"
plural_string = "s"
else:
machine_string = "a machine"
plural_string = ""
instructions = Text("Select {} to host {}".format(
machine_string, self.charm_class.display_name))
self.service_widget = ServiceWidget(self.charm_class,
self.controller,
show_constraints=True,
show_placements=True)
all_actions = [(AssignmentType.BareMetal, 'Add as Bare Metal',
self.do_select_baremetal),
(AssignmentType.LXC, 'Add as LXC', self.do_select_lxc),
(AssignmentType.KVM, 'Add as KVM', self.do_select_kvm)]
actions = [(label, func) for atype, label, func in all_actions
if atype in self.charm_class.allowed_assignment_types]
constraints = self.charm_class.constraints
# NOTE: show_assignments=False is a WORKAROUND for #194
self.machines_list = MachinesList(self.controller,
actions,
constraints=constraints,
show_hardware=True,
show_assignments=False)
self.machines_list.update()
close_button = AttrMap(Button('X', on_press=self.close_pressed),
'button_secondary', 'button_secondary focus')
p = Pile([
GridFlow([close_button], 5, 1, 0, 'right'), instructions,
Divider(), self.service_widget,
Divider(), self.machines_list
])
return LineBox(p, title="Select Machine{}".format(plural_string))
def test_actions_use_pred(self):
"""Action predicates control whether a button appears (disabled)"""
# NOTE: this test assumes that disabled buttons are just the
# button label with parentheses.
fake_action_func = MagicMock()
fake_pred = MagicMock()
fake_pred.return_value = False
actions = [(fake_pred, "fake-action", fake_action_func)]
w = ServiceWidget(CharmNovaCompute, self.pc, actions=actions)
self.assertTrue(search_in_widget("\(.*fake-action.*\)", w))
fake_pred.assert_called_with(CharmNovaCompute)
fake_pred.return_value = True
fake_pred.reset_mock()
w.update()
self.assertTrue(search_in_widget("<.*fake-action.*>", w))
fake_pred.assert_called_with(CharmNovaCompute)
def test_actions_use_pred(self):
"""Action predicates control whether a button appears (disabled)"""
# NOTE: this test assumes that disabled buttons are just the
# button label with parentheses.
fake_action_func = MagicMock()
fake_pred = MagicMock()
fake_pred.return_value = False
actions = [(fake_pred, "fake-action", fake_action_func)]
w = ServiceWidget(CharmNovaCompute, self.pc, actions=actions)
self.assertTrue(search_in_widget("\(.*fake-action.*\)", w))
fake_pred.assert_called_with(CharmNovaCompute)
fake_pred.return_value = True
fake_pred.reset_mock()
w.update()
self.assertTrue(search_in_widget("<.*fake-action.*>", w))
fake_pred.assert_called_with(CharmNovaCompute)
def add_service_widget(self, charm_class):
if charm_class.subordinate:
actions = self.subordinate_actions
else:
actions = self.actions
sw = ServiceWidget(charm_class,
self.controller,
actions,
self.show_constraints,
show_placements=self.show_placements)
self.service_widgets.append(sw)
options = self.service_pile.options()
self.service_pile.contents.append((sw, options))
self.service_pile.contents.append(
(AttrMap(Padding(Divider('\u23bc'), left=2, right=2),
'label'), options))
return sw
def build_widgets(self):
if self.charm_class.allow_multi_units:
machine_string = "machines"
plural_string = "s"
else:
machine_string = "a machine"
plural_string = ""
instructions = Text("Select {} to host {}".format(
machine_string, self.charm_class.display_name))
self.service_widget = ServiceWidget(self.charm_class,
self.controller,
show_constraints=True,
show_placements=True)
all_actions = [(AssignmentType.BareMetal,
'Add as Bare Metal',
self.do_select_baremetal),
(AssignmentType.LXC,
'Add as LXC', self.do_select_lxc),
(AssignmentType.KVM,
'Add as KVM', self.do_select_kvm)]
actions = [(label, func) for atype, label, func in all_actions
if atype in self.charm_class.allowed_assignment_types]
constraints = self.charm_class.constraints
# NOTE: show_assignments=False is a WORKAROUND for #194
self.machines_list = MachinesList(self.controller,
actions,
constraints=constraints,
show_hardware=True,
show_assignments=False)
self.machines_list.update()
close_button = AttrMap(Button('X',
on_press=self.close_pressed),
'button_secondary', 'button_secondary focus')
p = Pile([GridFlow([close_button], 5, 1, 0, 'right'),
instructions, Divider(), self.service_widget,
Divider(), self.machines_list])
return LineBox(p, title="Select Machine{}".format(plural_string))
def test_required_label_shown(self):
"""Widget showing a required charm should have a label showing how
many units are required"""
w = ServiceWidget(CharmKeystone, self.pc)
self.assertTrue(search_in_widget("0 of 1 placed", w))
def test_show_actions(self):
"""Actions should be shown as buttons"""
fake_action_func = MagicMock()
actions = [("fake-action", fake_action_func)]
w = ServiceWidget(CharmNovaCompute, self.pc, actions=actions)
self.assertTrue(search_in_widget("fake-action", w))
class MachineChooser(WidgetWrap):
"""Presents list of machines to assign a service to.
Supports multiple selection if the service does.
"""
def __init__(self, controller, charm_class, parent_widget):
self.controller = controller
self.charm_class = charm_class
self.parent_widget = parent_widget
w = self.build_widgets()
super().__init__(w)
def build_widgets(self):
if self.charm_class.allow_multi_units:
machine_string = "machines"
plural_string = "s"
else:
machine_string = "a machine"
plural_string = ""
instructions = Text("Select {} to host {}".format(
machine_string, self.charm_class.display_name))
self.service_widget = ServiceWidget(self.charm_class,
self.controller,
show_constraints=True,
show_placements=True)
all_actions = [(AssignmentType.BareMetal,
'Add as Bare Metal',
self.do_select_baremetal),
(AssignmentType.LXC,
'Add as LXC', self.do_select_lxc),
(AssignmentType.KVM,
'Add as KVM', self.do_select_kvm)]
actions = [(label, func) for atype, label, func in all_actions
if atype in self.charm_class.allowed_assignment_types]
constraints = self.charm_class.constraints
# NOTE: show_assignments=False is a WORKAROUND for #194
self.machines_list = MachinesList(self.controller,
actions,
constraints=constraints,
show_hardware=True,
show_assignments=False)
self.machines_list.update()
close_button = AttrMap(Button('X',
on_press=self.close_pressed),
'button_secondary', 'button_secondary focus')
p = Pile([GridFlow([close_button], 5, 1, 0, 'right'),
instructions, Divider(), self.service_widget,
Divider(), self.machines_list])
return LineBox(p, title="Select Machine{}".format(plural_string))
def do_select_baremetal(self, sender, machine):
self.do_select(sender, machine, AssignmentType.BareMetal)
def do_select_lxc(self, sender, machine):
self.do_select(sender, machine, AssignmentType.LXC)
def do_select_kvm(self, sender, machine):
self.do_select(sender, machine, AssignmentType.KVM)
def do_select(self, sender, machine, atype):
self.controller.assign(machine, self.charm_class, atype)
self.machines_list.update()
self.service_widget.update()
self.parent_widget.remove_overlay(self)
def close_pressed(self, sender):
self.parent_widget.remove_overlay(self)
class MachineChooser(WidgetWrap):
"""Presents list of machines to assign a service to.
Supports multiple selection if the service does.
"""
def __init__(self, controller, charm_class, parent_widget):
self.controller = controller
self.charm_class = charm_class
self.parent_widget = parent_widget
w = self.build_widgets()
super().__init__(w)
def build_widgets(self):
if self.charm_class.allow_multi_units:
machine_string = "machines"
plural_string = "s"
else:
machine_string = "a machine"
plural_string = ""
instructions = Text("Select {} to host {}".format(
machine_string, self.charm_class.display_name))
self.service_widget = ServiceWidget(self.charm_class,
self.controller,
show_constraints=True,
show_placements=True)
all_actions = [(AssignmentType.BareMetal, 'Add as Bare Metal',
self.do_select_baremetal),
(AssignmentType.LXC, 'Add as LXC', self.do_select_lxc),
(AssignmentType.KVM, 'Add as KVM', self.do_select_kvm)]
actions = [(label, func) for atype, label, func in all_actions
if atype in self.charm_class.allowed_assignment_types]
constraints = self.charm_class.constraints
# NOTE: show_assignments=False is a WORKAROUND for #194
self.machines_list = MachinesList(self.controller,
actions,
constraints=constraints,
show_hardware=True,
show_assignments=False)
self.machines_list.update()
close_button = AttrMap(Button('X', on_press=self.close_pressed),
'button_secondary', 'button_secondary focus')
p = Pile([
GridFlow([close_button], 5, 1, 0, 'right'), instructions,
Divider(), self.service_widget,
Divider(), self.machines_list
])
return LineBox(p, title="Select Machine{}".format(plural_string))
def do_select_baremetal(self, sender, machine):
self.do_select(sender, machine, AssignmentType.BareMetal)
def do_select_lxc(self, sender, machine):
self.do_select(sender, machine, AssignmentType.LXC)
def do_select_kvm(self, sender, machine):
self.do_select(sender, machine, AssignmentType.KVM)
def do_select(self, sender, machine, atype):
self.controller.assign(machine, self.charm_class, atype)
self.machines_list.update()
self.service_widget.update()
self.parent_widget.remove_overlay(self)
def close_pressed(self, sender):
self.parent_widget.remove_overlay(self)
