func (self *Keyboard) registerNewEvents(key KeyCode, event events.Event) {
eventsFromKey, eventFound := self.keyToEvent[key]
if eventFound {
for _, eventFromKey := range eventsFromKey {
event.EventType = eventFromKey
self.eventReceived(event)
}
}
}
func (self *Mouse) registerNewEvents(button MouseButtonCode, event events.Event) {
eventsFromButton, eventFound := self.buttonToEvent[button]
if eventFound {
for _, eventFromButton := range eventsFromButton {
event.EventType = eventFromButton
self.eventReceived(event)
}
}
}
func Test_Turning(t *testing.T) {
event := events.Event{}
for _, testValue := range turnTests {
entity := core.NewEntity()
transform := components.GetTransform(entity)
// Set on pressed
event.Pressed = true
FPSMapping[testValue.event](entity, event)
assert.Equal(t, testValue.expectedDir, transform.RotateDir())
// And undo the change on key release
event.Pressed = false
FPSMapping[testValue.event](entity, event)
assert.Equal(t, math3d.Vector{0, 0, 0}, transform.RotateDir())
}
}
func Test_FixedCamera_CardinalMovement(t *testing.T) {
event := events.Event{}
for _, testValue := range panningCardinalTests {
entity := core.NewEntity()
transform := components.GetTransform(entity)
// Set on pressed
event.Pressed = true
FixedCameraMapping[testValue.event](entity, event)
assert.Equal(t, testValue.expectedDir, transform.MoveDir())
// And undo the change on key release
event.Pressed = false
FixedCameraMapping[testValue.event](entity, event)
assert.Equal(t, math3d.Vector{0, 0, 0}, transform.MoveDir())
}
}