public void verify_number()
{
// arrange
var player = KeyStreams.Number1();
var provider = new KeyProvider(player, passwordModeService, desktopLockEventService);
// act
var processedKeys = provider.GetKeyStream().ToList().Single();
// assert
Assert.Equal(new[] { "1" }, processedKeys.Single().Input);
}
public void key_without_shift_is_lowercase()
{
// arrange
var player = KeyStreams.LetterL();
var provider = new KeyProvider(player, passwordModeService, desktopLockEventService);
// act
var processedKeys = provider.GetKeyStream().ToList().Single();
// assert
Assert.Equal(new[] { "l" }, processedKeys.Single().Input);
}
public void ctrlshiftl_is_processed_correctly()
{
// arrange
var player = KeyStreams.CtrlShiftL();
var provider = new KeyProvider(player, passwordModeService, desktopLockEventService);
// act
var processedKeys = provider.GetKeyStream().ToList().Single();
// assert
Assert.Equal(new[] { "Ctrl", "Shift", "L" }, processedKeys.Single().Input);
}
public void shift_is_not_outputted_when_is_being_used_as_a_modifier_key()
{
// arrange
var player = KeyStreams.ShiftL();
var provider = new KeyProvider(player, passwordModeService, desktopLockEventService);
// act
var processedKeys = provider.GetKeyStream().ToList().Single();
// assert
Assert.Equal(new[] { "L" }, processedKeys.Single().Input);
}
public void keyprovider_detects_windows_key_presses()
{
// arrange
var player = KeyStreams.WinkeyE();
var provider = new KeyProvider(player, passwordModeService, desktopLockEventService);
// act
var processedKeys = provider.GetKeyStream().ToList().Single();
// assert
Assert.Equal(new[] { "Win", "e" }, processedKeys.Single().Input);
}
