public void RestoreRobotStateTest()//inapropriate naming
{
//Arrange
var robot = new CyborgRobot(null);
var robotMemento = new RobotMemento(30);
//Act
robot.RestoreState(robotMemento);
//Assert
Assert.Equal(30, robot.BatteryCharge);
}
public void RestoreState()
{
//Arrange
var robot = new CyborgRobot(null);
var robotMemento = new RobotMemento(30);
//Act
robot.RestoreState(robotMemento);
//Assert
Assert.Equal(30, robot.BatteryCharge);
}
public string RestoreState(RobotMemento robotMemento)
{
Id = robotMemento.Id;
RobotImageBase64 = robotMemento.RobotImageBase64;
Name = robotMemento.Name;
Description = robotMemento.Description;
BatteryCharge = robotMemento.BatteryCharge;
MaxWeight = robotMemento.MaxWeight;
Baggage = robotMemento.Baggage;
CurrentWeight = robotMemento.CurrentWeight;
Health = robotMemento.Health;
return("State succesfully restored. " + GetInfo() + "\r\n");
}
public Robot(Position position, int battery, string[] strategies,
FacingControl facingControl, MovingControl movingControl,
ElementType[,] terrainElementTypes, Stack <CommandType> stackCommandTypes)
{
Position = position;
Battery = (battery > 0) ? battery : 0;
NextStrategy = 0;
FacingControl = facingControl;
MovingControl = movingControl;
Strategies = strategies;
Terrain = terrainElementTypes;
StackCommandTypes = stackCommandTypes;
VisitedCells = new List <Location> {
Position.Location
};
SamplesCollected = new List <ElementType>();
SolutionStepByStep = new List <Result>();
_robotMemento = new RobotMemento(position, battery, strategies, facingControl, movingControl);
}
public void RestoreState(RobotMemento memento)
{
this.BatteryCharge = memento.BatteryCharge;
}
