public void UndoCommands(RobotCommand.Core.RobotCommand robotCommand1, RobotCommand.Core.RobotCommand robotCommand2)
{
var sequence = Sequence.Create();
robotCommand1 = CreateMock <RobotCommand.Core.RobotCommand>(args: CreateMock <IRobot>());
robotCommand2 = CreateMock <RobotCommand.Core.RobotCommand>(args: CreateMock <IRobot>());
robotCommand1.Setup(x => x.Execute()).InSequence();
robotCommand2.Setup(x => x.Execute()).InSequence();
robotCommand2.Setup(x => x.Undo()).InSequence();
robotCommand1.Setup(x => x.Undo()).InSequence();
"Given a first command is issued"
.x(() => TestInstance.Commands.Enqueue(robotCommand1));
"And a second command is issued"
.x(() => TestInstance.Commands.Enqueue(robotCommand2));
"When the commands are executed"
.x(() => TestInstance.ExecuteCommands());
"And then the commands are undone"
.x(() => TestInstance.UndoCommands(2));
"Then the commands are executed in the issue sequence and undone in reverse order"
.x(() => Should.NotThrow(() => sequence.Dispose(), "Commands should have been executed and then undone in order, but were not."));
}