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* Move all physical device initialization logic to main functions

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* Move all virtual device initialization to virtualbuffer package.
* Factor out common eventcode helper logic into a new package.
This commit is contained in:
Anna Rose Wiggins 2025-08-11 14:54:02 -04:00
parent 1b374bccc6
commit 727985f91c
17 changed files with 777 additions and 771 deletions
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105
internal/virtualdevice/eventbuffer_test.go
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@ -11,10 +11,11 @@ import (
type EventBufferTests struct {
suite.Suite
device *VirtualDeviceMock
writeOneCall *mock.Call
device *VirtualDeviceMock
buffer *EventBuffer
}
// Mocks
type VirtualDeviceMock struct {
mock.Mock
}
@ -24,65 +25,65 @@ func (m *VirtualDeviceMock) WriteOne(event *evdev.InputEvent) error {
return args.Error(0)
}
// Setup
func TestRunnerEventBufferTests(t *testing.T) {
suite.Run(t, new(EventBufferTests))
}
func (t *EventBufferTests) SetupTest() {
t.device = new(VirtualDeviceMock)
}
func (t *EventBufferTests) SetupSubTest() {
t.device = new(VirtualDeviceMock)
t.writeOneCall = t.device.On("WriteOne").Return(nil)
}
func (t *EventBufferTests) TearDownSubTest() {
t.writeOneCall.Unset()
t.buffer = &EventBuffer{Device: t.device}
}
// Tests
func (t *EventBufferTests) TestNewEventBuffer() {
buffer := NewEventBuffer(t.device)
t.Equal(t.device, buffer.Device)
t.Len(buffer.events, 0)
t.Equal(t.device, t.buffer.Device)
t.Len(t.buffer.events, 0)
}
func (t *EventBufferTests) TestEventBufferAddEvent() {
buffer := NewEventBuffer(t.device)
buffer.AddEvent(&evdev.InputEvent{})
buffer.AddEvent(&evdev.InputEvent{})
buffer.AddEvent(&evdev.InputEvent{})
t.Len(buffer.events, 3)
}
func (t *EventBufferTests) TestEventBufferSendEvents() {
t.Run("3 Events", func() {
buffer := NewEventBuffer(t.device)
buffer.AddEvent(&evdev.InputEvent{})
buffer.AddEvent(&evdev.InputEvent{})
buffer.AddEvent(&evdev.InputEvent{})
errs := buffer.SendEvents()
t.Len(errs, 0)
t.device.AssertNumberOfCalls(t.T(), "WriteOne", 4)
})
t.Run("No Events", func() {
buffer := NewEventBuffer(t.device)
errs := buffer.SendEvents()
t.Len(errs, 0)
t.device.AssertNumberOfCalls(t.T(), "WriteOne", 0)
})
t.Run("Bad Event", func() {
t.writeOneCall.Unset()
t.writeOneCall = t.device.On("WriteOne").Return(errors.New("Fail"))
buffer := NewEventBuffer(t.device)
buffer.AddEvent(&evdev.InputEvent{})
errs := buffer.SendEvents()
t.Len(errs, 2)
})
func (t *EventBufferTests) TestEventBuffer() {
t.Run("AddEvent", func() {
t.buffer.AddEvent(&evdev.InputEvent{})
t.buffer.AddEvent(&evdev.InputEvent{})
t.buffer.AddEvent(&evdev.InputEvent{})
t.Len(t.buffer.events, 3)
})
t.Run("SendEvents", func() {
t.Run("3 Events", func() {
writeOneCall := t.device.On("WriteOne").Return(nil)
t.buffer.AddEvent(&evdev.InputEvent{})
t.buffer.AddEvent(&evdev.InputEvent{})
t.buffer.AddEvent(&evdev.InputEvent{})
errs := t.buffer.SendEvents()
t.Len(errs, 0)
t.device.AssertNumberOfCalls(t.T(), "WriteOne", 4)
writeOneCall.Unset()
})
t.Run("No Events", func() {
writeOneCall := t.device.On("WriteOne").Return(nil)
errs := t.buffer.SendEvents()
t.Len(errs, 0)
t.device.AssertNumberOfCalls(t.T(), "WriteOne", 0)
writeOneCall.Unset()
})
t.Run("Bad Event", func() {
writeOneCall := t.device.On("WriteOne").Return(errors.New("Fail"))
t.buffer.AddEvent(&evdev.InputEvent{})
errs := t.buffer.SendEvents()
t.Len(errs, 2)
writeOneCall.Unset()
})
})
}