public void ThrowInvalidTeleportationLocationExceptionWhenUnitsLocationsOverlap()
{
//Arrange
string planetName = "Earth";
string galaxyName = "MilkyWay";
double latitude = 15d;
double longitude = 15d;
var ownerMock = Mock.Create <IBusinessOwner>();
var teleportlocationMock = Mock.Create <ILocation>();
Mock.Arrange(() => teleportlocationMock.Planet.Name).Returns(planetName);
Mock.Arrange(() => teleportlocationMock.Planet.Galaxy.Name).Returns(galaxyName);
var planetUnitMock = Mock.Create <IUnit>();
Mock.Arrange(() => planetUnitMock.CurrentLocation.Planet.Name).Returns(planetName);
Mock.Arrange(() => planetUnitMock.CurrentLocation.Planet.Galaxy.Name).Returns(galaxyName);
Mock.Arrange(() => planetUnitMock.CurrentLocation.Coordinates.Latitude).Returns(latitude);
Mock.Arrange(() => planetUnitMock.CurrentLocation.Coordinates.Longtitude).Returns(longitude);
var unitToTeleportMock = Mock.Create <IUnit>();
Mock.Arrange(() => unitToTeleportMock.CurrentLocation.Planet.Name).Returns(planetName);
Mock.Arrange(() => unitToTeleportMock.CurrentLocation.Planet.Galaxy.Name).Returns(galaxyName);
Mock.Arrange(() => unitToTeleportMock.CurrentLocation.Coordinates.Latitude).Returns(latitude);
Mock.Arrange(() => unitToTeleportMock.CurrentLocation.Coordinates.Longtitude).Returns(longitude);
var planetUnitsList = new List <IUnit>()
{
planetUnitMock
};
var pathMock = Mock.Create <IPath>();
Mock.Arrange(() => pathMock.TargetLocation.Planet.Name).Returns(planetName);
Mock.Arrange(() => pathMock.TargetLocation.Planet.Galaxy.Name).Returns(galaxyName);
Mock.Arrange(() => pathMock.Cost.GoldCoins).Returns(10);
Mock.Arrange(() => pathMock.Cost.SilverCoins).Returns(10);
Mock.Arrange(() => pathMock.Cost.BronzeCoins).Returns(10);
Mock.Arrange(() => pathMock.TargetLocation.Planet.Units).Returns(planetUnitsList);
var map = new List <IPath>()
{
pathMock
};
var sut = new TeleportationStationFake(ownerMock, map, teleportlocationMock);
var targetLocationMock = Mock.Create <ILocation>();
Mock.Arrange(() => targetLocationMock.Coordinates.Latitude).Returns(latitude);
Mock.Arrange(() => targetLocationMock.Coordinates.Longtitude).Returns(longitude);
Mock.Arrange(() => targetLocationMock.Planet.Name).Returns(planetName);
Mock.Arrange(() => targetLocationMock.Planet.Galaxy.Name).Returns(galaxyName);
//Act & Assert
Assert.ThrowsException <InvalidTeleportationLocationException>(() => sut.TeleportUnit(unitToTeleportMock, targetLocationMock));
}
public void AssignLocationProperlyWhenPassedParametersAreCorrect()
{
//Arrange
var ownerMock = Mock.Create <IBusinessOwner>();
var locationMock = Mock.Create <ILocation>();
var mapMock = Mock.Create <IEnumerable <IPath> >();
var sut = new TeleportationStationFake(ownerMock, mapMock, locationMock);
//Act & Assert
Assert.AreSame(locationMock, sut.Location);
}
public void ThrowLocationNotFoundExceptionWhenTargetGalaxyisNotFoundInTeleportStationLocationsList()
{
//Arrange
string planetName = "Earth";
string galaxyName = "MilkyWay";
var ownerMock = Mock.Create <IBusinessOwner>();
var teleportlocationMock = Mock.Create <ILocation>();
Mock.Arrange(() => teleportlocationMock.Planet.Name).Returns(planetName);
Mock.Arrange(() => teleportlocationMock.Planet.Galaxy.Name).Returns(galaxyName);
var unitToTeleportMock = Mock.Create <IUnit>();
Mock.Arrange(() => unitToTeleportMock.CurrentLocation.Planet.Name).Returns(planetName);
Mock.Arrange(() => unitToTeleportMock.CurrentLocation.Planet.Galaxy.Name).Returns(galaxyName);
var pathMock = Mock.Create <IPath>();
Mock.Arrange(() => pathMock.TargetLocation.Planet.Name).Returns(planetName);
Mock.Arrange(() => pathMock.TargetLocation.Planet.Galaxy.Name).Returns(galaxyName);
Mock.Arrange(() => pathMock.Cost.GoldCoins).Returns(10);
Mock.Arrange(() => pathMock.Cost.SilverCoins).Returns(10);
Mock.Arrange(() => pathMock.Cost.BronzeCoins).Returns(10);
Mock.Arrange(() => pathMock.TargetLocation.Planet.Galaxy.Name).Returns("");
var map = new List <IPath>()
{
pathMock
};
var sut = new TeleportationStationFake(ownerMock, map, teleportlocationMock);
var targetLocationMock = Mock.Create <ILocation>();
Mock.Arrange(() => targetLocationMock.Planet.Name).Returns(planetName);
Mock.Arrange(() => targetLocationMock.Planet.Galaxy.Name).Returns(galaxyName);
}
