public static void AssertMovementIsValid(MovementResource movement)
{
Assert.That(movement, Is.Not.Null, $"{nameof(movement)}");
Assert.That(movement.Name, Is.Not.Null, $"{nameof(movement.Name)}");
Assert.That(movement.Owner, Is.Not.Null, $"{nameof(movement.Owner)}");
Assert.That(movement.Value, Is.Not.Null, $"{nameof(movement.Value)}");
Assert.That(movement.InstanceId, Is.Not.Null, $"{nameof(movement.InstanceId)}");
Assert.That(movement.Links.Any(l => l.Rel.Equals(CharacterLinkName)), $"Unable to find '{CharacterLinkName}' link.");
}
public async Task <IActionResult> Post(MovementResource movement)
{
if (!movement.isResourceValid())
{
return(BadRequest());
}
return(Ok(await _movementHandler.HandleAsync(movement)));
}
public async void Post_ShouldReturn_BadRequest_For_NoCommands()
{
var query = new MovementResource {
Commands = new List <CommandResource>(), Start = new PositionResource()
};
var result = await controller.Post(query);
Assert.IsType <BadRequestResult>(result);
}
public async void Post_ShouldReturn_BadRequest_For_Empty_CommandsData()
{
var query = new MovementResource {
Start = new PositionResource()
};
var result = await controller.Post(query);
Assert.IsType <BadRequestResult>(result);
}
public void GetCleanPoints_ShouldReturn_CorrectData(MovementResource resource, int expectedResult)
{
var mockMapper = new MapperConfiguration(cfg =>
{
cfg.AddProfile(new MappingConfiguration());
});
var mapper = mockMapper.CreateMapper();
var helper = new RobotMovementHelper(mapper);
var result = helper.GetCleanPoints(resource);
Assert.Equal(expectedResult, result);
}
public int GetCleanPoints(MovementResource movement)
{
var uniquePoints = new List <PositionResource>();
var commands = mapper.Map <MovementResource, IEnumerable <ICommand> >(movement);
var lastPosition = new PositionResource();
foreach (var _command in commands)
{
var newPosition = _command.GetNewPoint(lastPosition.X, lastPosition.Y);
lastPosition = newPosition ?? lastPosition;
AddPoint(uniquePoints, newPosition);
}
return(uniquePoints.Count);
}
public async Task <int> HandleAsync(MovementResource movement)
{
var entity = mapper.Map <MovementResource, Movement>(movement);
entity.Result = helper.GetCleanPoints(movement);
var difference = DateTime.Now.Ticks - entity.Timestamp.Ticks;
var differenceTimeSpan = new TimeSpan(difference);
entity.Duration = Convert.ToDecimal(differenceTimeSpan.TotalSeconds);
unitOfWork.MovementRepository.Add(entity);
await unitOfWork.SaveAsync();
return(entity.Result);
}
public async void Post_ShouldReturn_BadRequest_For_Invalid_Steps(int steps)
{
var commands = new List <CommandResource>
{
new CommandResource()
{
Direction = "east", Steps = steps
}
};
var query = new MovementResource {
Commands = commands, Start = new PositionResource()
};
var result = await controller.Post(query);
Assert.IsType <BadRequestResult>(result);
}
public async void Post_ShoulReturn_OkResponse_For_CorrectData()
{
var commands = new List <CommandResource>
{
new CommandResource()
{
Direction = "east", Steps = 1
}
};
var query = new MovementResource {
Commands = commands, Start = new PositionResource()
};
var result = await controller.Post(query);
Assert.IsType <OkObjectResult>(result);
}
public IEnumerable <ICommand> Convert(MovementResource source, IEnumerable <ICommand> destination, ResolutionContext context)
{
var result = new List <ICommand>();
foreach (var s in source.Commands)
{
for (int i = 0; i < s.Steps; i++)
{
switch (s.Direction)
{
case "east":
result.Add(new EastCommand
{
Limit = source.Start.X
});
break;
case "west":
result.Add(new WestCommand
{
Limit = source.Start.X
});
break;
case "north":
result.Add(new NorthCommand
{
Limit = source.Start.Y
});
break;
case "south":
result.Add(new SouthCommand
{
Limit = source.Start.Y
});
break;
}
}
}
return(result);
}
public async void HandleAsync_ShouldCall_SaveChanges()
{
var resource = new MovementResource
{
Start = new PositionResource {
X = 10, Y = 20
},
Commands = new List <CommandResource>
{
new CommandResource {
Direction = "east", Steps = 2
}
}
};
await handler.HandleAsync(resource);
unitOfWorkMock.Verify(r => r.SaveAsync(), Times.Once);
}
public async void HandleAsync_ShouldCall_Repository()
{
var resource = new MovementResource
{
Start = new PositionResource {
X = 10, Y = 20
},
Commands = new List <CommandResource>
{
new CommandResource {
Direction = "east", Steps = 2
}
}
};
await handler.HandleAsync(resource);
repositoryMock.Verify(r => r.Add(It.IsAny <Movement>()), Times.Once);
}
public async void HandleAsync_ShouldCall_RobotMovementHelper()
{
var resource = new MovementResource
{
Start = new PositionResource {
X = 10, Y = 20
},
Commands = new List <CommandResource>
{
new CommandResource {
Direction = "east", Steps = 2
}
}
};
await handler.HandleAsync(resource);
helperMock.Verify(h => h.GetCleanPoints(resource), Times.Once);
}
public async void Post_ShouldCall_RobotMovementHandler()
{
var handler = new Mock <IRobotMovementHandler>();
handler.Setup(f => f.HandleAsync(It.IsAny <MovementResource>())).ReturnsAsync(It.IsAny <int>());
var commands = new List <CommandResource>
{
new CommandResource()
{
Direction = "east", Steps = 1
}
};
var query = new MovementResource {
Commands = commands, Start = new PositionResource()
};
var controller = new RobotController(handler.Object);
await controller.Post(query);
handler.Verify(f => f.HandleAsync(query), Times.Once);
}
