def test_mouse_move_over_shouldnt_activate_nonhard_component(self):
# Given
gui_state = gui.GuiState()
userinput = UserInput()
userinput.mouse.feed_pos(Vec2D(50, 150))
component = gui.InteractiveComponent(Rectangle(100, 100, 100, 100))
hardcomp = gui.InteractiveComponent(Rectangle(100, 300, 100, 100))
hardcomp.lock_input(True)
base = gui.Component()
base.add_subcomponent(component)
base.add_subcomponent(hardcomp)
gui_state.set_active(hardcomp)
assert gui_state.get_active() <> component
assert gui_state.get_active() == hardcomp
# When
userinput.update()
userinput.mouse.feed_pos(Vec2D(150, 150))
gui_state.update(userinput, base)
# Then
assert gui_state.get_active() <> component
assert gui_state.get_active() == hardcomp
def test_has_moved_returns_true_when_moved(self):
# Given
mouse = Mouse()
mouse.feed_pos(Vec2D(33, 44))
# When
mouse.update()
mouse.feed_pos(Vec2D(55, 44))
# Then
assert mouse.has_moved()
def test_mouse_move_over_should_activate_component(self):
# Given
gui_state = gui.GuiState()
userinput = UserInput()
userinput.mouse.feed_pos(Vec2D(50, 150))
component = gui.InteractiveComponent(Rectangle(100, 100, 100, 100))
assert gui_state.get_active() <> component
# When
userinput.update()
userinput.mouse.feed_pos(Vec2D(150, 150))
gui_state.update(userinput, component)
# Then
assert gui_state.get_active() == component
def test_only_one_selected(self):
# Given
rb = gui.Radiobuttons()
rb.append(gui.Checkbox(Rectangle(100, 100, 50, 50), False))
rb.append(gui.Checkbox(Rectangle(100, 200, 50, 50), False))
rb.append(gui.Checkbox(Rectangle(100, 300, 50, 50), False))
userinput = UserInput()
guistate = gui.GuiState()
# When select checkbox 0
userinput.mouse.feed_pos(Vec2D(110, 110))
userinput.mouse.feed_down(Mouse.LEFT)
rb.tick(userinput, guistate)
# Then
assert rb[0].is_selected()
assert not rb[1].is_selected()
assert not rb[2].is_selected()
assert rb.get_selected() is rb[0]
assert rb.get_selected_index() == 0
# And when select checkbox 2
userinput.mouse.feed_pos(Vec2D(110, 310))
userinput.mouse.feed_down(Mouse.LEFT)
rb.tick(userinput, guistate)
# Then
assert not rb[0].is_selected()
assert not rb[1].is_selected()
assert rb[2].is_selected()
assert rb.get_selected() is rb[2]
assert rb.get_selected_index() == 2
# And when select checkbox 1
userinput.mouse.feed_pos(Vec2D(110, 210))
userinput.mouse.feed_down(Mouse.LEFT)
rb.tick(userinput, guistate)
# Then
assert not rb[0].is_selected()
assert rb[1].is_selected()
assert not rb[2].is_selected()
assert rb.get_selected() is rb[1]
assert rb.get_selected_index() == 1
def test_mouse_still_over_shouldnt_activate_component(self):
# Given
gui_state = gui.GuiState()
userinput = UserInput()
userinput.mouse.feed_pos(Vec2D(150, 150))
component1 = gui.InteractiveComponent(Rectangle(100, 100, 100, 100))
component = gui.InteractiveComponent(Rectangle(100, 100, 100, 100))
base = gui.Component()
base.add_subcomponent(component1)
base.add_subcomponent(component)
assert gui_state.get_active() <> component
# When
userinput.update()
userinput.mouse.feed_pos(Vec2D(150, 150))
gui_state.update(userinput, base)
# Then
assert gui_state.get_active() <> component
def test_not_clicked_when_mousepress_outside(self):
"""Given a button
when mouse clicks outside
then button shouldn't return clicked state"""
# Given
button = gui.Button(Rectangle(100, 100, 50, 50))
userinput = UserInput()
guistate = gui.GuiState()
assert not button.went_down()
# When
userinput.mouse.feed_pos(Vec2D(110, 90))
userinput.mouse.feed_down(Mouse.LEFT)
button.tick(userinput, guistate)
# Then
assert not button.went_down()
def test_clicked_when_mousepress_inside(self):
# Given
checkbox = gui.Checkbox(Rectangle(100, 100, 50, 50), False)
userinput = UserInput()
guistate = gui.GuiState()
assert not checkbox.is_selected()
# When
userinput.mouse.feed_pos(Vec2D(110, 110))
userinput.mouse.feed_down(Mouse.LEFT)
checkbox.tick(userinput, guistate)
# Then
assert checkbox.went_down()
assert checkbox.is_selected()
# And when
checkbox.tick(userinput, guistate)
# Then
assert not checkbox.is_selected()
def test_pos(self):
mouse = Mouse()
mouse.feed_pos(Vec2D(123, 321))
assert mouse.pos == Vec2D(123, 321)