public ManufacturerPage OpenRandomManufacturerPage(PageBase currentPage)
{
// Open brand menu
var menuItems = currentPage.Menu.OpenMenu("Бренды");
_wait.Until(ExpectedConditions.ElementIsVisible(
By.CssSelector("li.megamenu-parent-block a.megamenu-parent-img img[title=\"Swiss Military\"]")));
// Click on Swiss Military image
randomSelector.Select(menuItems).Title.Click();
return(ManufacturerPage.WaitForPage(_driver));
}
static void Main(string[] args)
{
List <string> stringList = new List <string>
{
"Bike", "Train", "Boat", "Feet"
};
List <Person> personList = new List <Person> {
new Person("Ted"),
new Person("Ira"),
new Person("Ada"),
new Person("Lea")
};
List <int> intList = new List <int> {
5, 10, 15, 20
};
RandomSelector <string> stringSelector = new RandomSelector <string>(stringList);
RandomSelector <Person> personSelector = new RandomSelector <Person>(personList);
RandomSelector <int> intSelector = new RandomSelector <int>(intList);
string choice = "";
while (choice != "q")
{
Console.WriteLine("Random string: " + stringSelector.Select().ToString());
Console.WriteLine("Random person: " + personSelector.Select().ToString());
Console.WriteLine("Random integer: " + intSelector.Select().ToString());
Console.Write("Again? Enter to continue, q to quit: ");
choice = Console.ReadLine();
}
}
public void ZeroSizeUtilityListSelectTest()
{
var uList = new List <Utility>();
var s = new RandomSelector();
Assert.That(s.Select(uList), Is.EqualTo(-1));
}
public void SelectTest([Range(-1, 21, 1)] int selIdx)
{
var rn = new MockRandom();
rn.IntValue = selIdx;
var uList = SelectorTestsHelper.CreateRandomUtilityList(20);
var s = new RandomSelector(rn);
var aIdx = s.Select(uList);
var cIdx = selIdx.Clamp(0, 19);
Assert.That(aIdx, Is.EqualTo(cIdx));
}
public override string Update()
{
enemyAnimator.speed = TimeManager.Instance.TimeFactor * enemy.UnitTimeFactor;
if (!enemy.GuardZone.Contains(enemy.currentTarget) || !IsPlayerInSight(enemy.currentTarget, enemy[StatisticType.SightRange]))
{
return(state_onTargetLoss);
}
if (Time.time >= t_wait)
{
return(states_attacks[behaviorSelector.Select()[0]]);
}
return(Name);
}
public override string Update()
{
if ((t_wait += TimeManager.Instance.ScaledDeltaTime) >= waitTime)
{
if (!IsPlayerInSight(enemy.currentTarget, enemy[StatisticType.SightRange]))
{
enemy.currentTarget = FindAvailableTarget();
if (!enemy.currentTarget)
{
return(state_onTargetLoss);
}
}
if (!enemy.GuardZone.Contains(enemy.currentTarget))
{
return(states_attacks[0]);
}
Vector3 v = enemy.currentTarget.transform.position - enemy.transform.position;
float d = v.magnitude;
float t = Time.time;
if (d < enemy.NearRange) // Prioritize on keeping a good distance
{
Vector3 u = (Vector3)enemy.GuardZone.center - enemy.transform.position;
enemyRigidbody.velocity = backingSpeed * ((-v.normalized + u.normalized) / 2).normalized;
}
else
{
enemy.Turn();
if (d < enemy.NearRange + 0.5f) // Always fire before getting too close or far
{
return(states_attacks[0]);
}
else if (d <= enemy.FarRange)
{
if (t >= t_ready)
{
switch (behaviorSelector.Select()[0])
{
case 0: // Fire
return(states_attacks[0]);
case 1: // Chase
enemyRigidbody.velocity = chasingSpeed * v.normalized;
t_ready = t + chasingDuration;
break;
case 2: // Stay
enemyRigidbody.velocity = Vector2.zero;
t_ready = t + stayDuration;
break;
}
}
}
else
{
enemyRigidbody.velocity = chasingSpeed * v.normalized;
}
}
t_wait -= waitTime;
}
return(Name);
}
public void GivenASetOfItems_Select_ReturnsAllOfThem()
{
var results = _sut.Select(_engineers);
Assert.Equal(_engineers, results.OrderBy(e => e.Id));
}
