// Start is called before the first frame update
void Start()
{
cubeRenderer = GetComponent <Renderer>();
cubeRenderer.material.SetColor("_Color", Color.yellow);
perish = GetComponent <Perishable>();
StartCoroutine(waitTime());
}
public void Equality() {
var source = new LifetimeSource();
var p = new Perishable<int>(2, source.Lifetime);
p.AssertEquals(new Perishable<int>(2, source.Lifetime));
p.Equals(new Perishable<int>(3, source.Lifetime)).AssertIsFalse();
p.Equals(new Perishable<int>(2, Lifetime.Immortal)).AssertIsFalse();
}
public void CurrentAndFutureItems() {
var source = new LifetimeSource();
var p1 = new Perishable<int>(1, source.Lifetime);
var p2 = new Perishable<int>(1, Lifetime.Immortal);
var p = new PerishableCollection<int>();
var li0 = new List<Perishable<int>>();
p.CurrentAndFutureItems().Subscribe(e => {
li0.Add(e);
e.Lifetime.WhenDead(() => li0.Remove(e));
});
li0.AssertSequenceEquals();
p.Add(p1);
li0.AssertSequenceEquals(p1);
var li1 = new List<Perishable<int>>();
p.CurrentAndFutureItems().Subscribe(e => {
li1.Add(e);
e.Lifetime.WhenDead(() => li1.Remove(e));
});
li1.AssertSequenceEquals(p1);
p.Add(p2.Value, p2.Lifetime);
li0.AssertSequenceEquals(p1, p2);
li1.AssertSequenceEquals(p1, p2);
source.EndLifetime();
li0.AssertSequenceEquals(p2);
li1.AssertSequenceEquals(p2);
}
public void CurrentAndFutureItems()
{
var source = new LifetimeSource();
var p1 = new Perishable <int>(1, source.Lifetime);
var p2 = new Perishable <int>(1, Lifetime.Immortal);
var p = new PerishableCollection <int>();
var li0 = new List <Perishable <int> >();
p.CurrentAndFutureItems().Subscribe(e => {
li0.Add(e);
e.Lifetime.WhenDead(() => li0.Remove(e));
});
li0.AssertSequenceEquals();
p.Add(p1);
li0.AssertSequenceEquals(p1);
var li1 = new List <Perishable <int> >();
p.CurrentAndFutureItems().Subscribe(e => {
li1.Add(e);
e.Lifetime.WhenDead(() => li1.Remove(e));
});
li1.AssertSequenceEquals(p1);
p.Add(p2.Value, p2.Lifetime);
li0.AssertSequenceEquals(p1, p2);
li1.AssertSequenceEquals(p1, p2);
source.EndLifetime();
li0.AssertSequenceEquals(p2);
li1.AssertSequenceEquals(p2);
}
public void ConstructionProperties()
{
var source = new LifetimeSource();
var p = new Perishable <int>(2, source.Lifetime);
p.Value.AssertEquals(2);
p.Lifetime.AssertEquals(source.Lifetime);
}
public void Equality()
{
var source = new LifetimeSource();
var p = new Perishable <int>(2, source.Lifetime);
p.AssertEquals(new Perishable <int>(2, source.Lifetime));
p.Equals(new Perishable <int>(3, source.Lifetime)).AssertIsFalse();
p.Equals(new Perishable <int>(2, Lifetime.Immortal)).AssertIsFalse();
}
private void OnCollisionEnter(Collision collision)
{
Perishable thisPerishable = this.GetComponent <Perishable>();
Perishable otherPerishable = collision.gameObject.GetComponent <Perishable>();
if (otherPerishable && !otherPerishable.onlyBomb)
{
if (otherPerishable.name == "Player")
{
otherPerishable.doDamage(damage, "self");
}
else
{
otherPerishable.doDamage(damage, "bullet");
}
if (shooter)
{
shooter.GetComponent <Turret>().addBullet();
}
thisPerishable.killEntity();
}
else
{
if (bounceCount < maxBounce)
{
Portal portal = collision.gameObject.GetComponent <Portal>();
if (portal && !teleported)
{
Portal otherPortal = portal.getLinkedPortal().GetComponent <Portal>();
trace.GetComponent <Perishable>().setTarget(null);
Vector3 bulletToPortal = transform.position - portal.transform.position;
float rotationDiff = -Quaternion.Angle(portal.transform.rotation, otherPortal.transform.rotation);
transform.Rotate(otherPortal.transform.up, rotationDiff);
transform.position = otherPortal.getSpawnLocation();
changeDirection(transform.forward);
teleported = true;
Start();
}
else
{
bounceCount++;
changeDirection(bounce(collision.GetContact(0).normal));
}
}
else
{
thisPerishable.killEntity();
if (shooter)
{
shooter.GetComponent <Turret>().addBullet();
}
}
}
}
// Update is called once per frame
void Update()
{
Collider[] hitColliders = Physics.OverlapSphere(GetComponent <Transform>().position, detonationRadius);
for (int i = 0; i < hitColliders.Length; i++)
{
Perishable otherPerishable = hitColliders[i].gameObject.GetComponent <Perishable>();
if (otherPerishable != null && bomber.gameObject != hitColliders[i].gameObject)
{
StartCoroutine(bombBlink());
StartCoroutine(explode());
started = true;
}
}
}
public void CurrentItems() {
var source = new LifetimeSource();
var p1 = new Perishable<int>(1, source.Lifetime);
var p2 = new Perishable<int>(1, Lifetime.Immortal);
var p = new PerishableCollection<int>();
p.CurrentItems().AssertSequenceEquals();
p.Add(p1);
p.CurrentItems().AssertSequenceEquals(p1);
p.Add(p2.Value, p2.Lifetime);
p.CurrentItems().AssertSequenceEquals(p1, p2);
source.EndLifetime();
p.CurrentItems().AssertSequenceEquals(p2);
}
IEnumerator explode()
{
while (true)
{
yield return(new WaitForSeconds(detonationActivateTime));
Collider[] hitColliders = Physics.OverlapSphere(GetComponent <Transform>().position, detonationRadius);
for (int i = 0; i < hitColliders.Length; i++)
{
Perishable otherPerishable = hitColliders[i].gameObject.GetComponent <Perishable>();
if (otherPerishable)
{
otherPerishable.doDamage(damage, "bomb");
}
}
perish.doDamage(1, "self");
}
}
public void CurrentItems()
{
var source = new LifetimeSource();
var p1 = new Perishable <int>(1, source.Lifetime);
var p2 = new Perishable <int>(1, Lifetime.Immortal);
var p = new PerishableCollection <int>();
p.CurrentItems().AssertSequenceEquals();
p.Add(p1);
p.CurrentItems().AssertSequenceEquals(p1);
p.Add(p2.Value, p2.Lifetime);
p.CurrentItems().AssertSequenceEquals(p1, p2);
source.EndLifetime();
p.CurrentItems().AssertSequenceEquals(p2);
}
public static void Prefix(Perishable __instance)
{
Item item = __instance.Item;
if (item != null && item.IsFood)
{
if (__instance.DepletionRate != 0f)
{
__instance.SetDurabilityDepletion(0f);
LOGGER.LogDebug(string.Format("StopFoodDecay::Perishable.ItemParentChanged: {0}, SetDurabilityDepletion set to {1}.", __instance.name, 0f));
}
if (!__instance.DontPerishInWorld)
{
__instance.DontPerishInWorld = true;
LOGGER.LogDebug(string.Format("StopFoodDecay::Perishable.ItemParentChanged: {0}, DontPerishInWorld is now {1}.", __instance.name, __instance.DontPerishInWorld));
}
if (!__instance.DontPerishSkipTime)
{
__instance.DontPerishSkipTime = true;
LOGGER.LogDebug(string.Format("StopFoodDecay::Perishable.ItemParentChanged: {0}, DontPerishSkipTime is now {1}.", __instance.name, __instance.DontPerishSkipTime));
}
}
}
public void ToPerishableCollectionWithLifetime()
{
var source = new LifetimeSource();
var collectionSource = new LifetimeSource();
var p1 = new Perishable <int>(1, source.Lifetime);
var p2 = new Perishable <int>(1, Lifetime.Immortal);
var p = new PerishableCollection <int>();
var q = p.CurrentAndFutureItems().ToPerishableCollection(collectionSource.Lifetime);
q.CurrentItems().AssertSequenceEquals();
p.Add(p1);
q.CurrentItems().AssertSequenceEquals(p1);
collectionSource.EndLifetime();
p.Add(p2.Value, p2.Lifetime);
q.CurrentItems().AssertSequenceEquals(p1);
source.EndLifetime();
source.EndLifetime();
q.CurrentItems().AssertSequenceEquals();
}
public static void Update(Perishable __instance)
{
try
{
if (__instance.Item.ItemID == (int)eItemIDs.Waterskin && __instance.Item.CurrentDurability == 0f && __instance.Item.IsFirstSyncDone)
{
//WorkInProgress.Instance.MyLogger.LogDebug($"Perishable_Update[{__instance.name}]: IsFirstSyncDone={__instance.Item.IsFirstSyncDone} / CurrentDurability={__instance.Item.CurrentDurability}");
// When waterskin expires, replace the water with Rancid Water and remove the durability
//WorkInProgress.Instance.MyLogger.LogDebug($"Perishable_Update[{__instance.name}]: Fill Rancid");
(__instance.Item as global::WaterContainer).Fill(WaterType.Rancid, (__instance.Item as global::WaterContainer).RemainingUse);
AccessTools.Field(typeof(Perishable), "m_baseDepletionRate").SetValue(__instance.Item.GetComponent <Perishable>(), 0f);
AccessTools.Field(typeof(Item), "m_currentDurability").SetValue(__instance.Item, -1);
AccessTools.Field(typeof(ItemStats), "m_baseMaxDurability").SetValue(__instance.Item.GetComponent <ItemStats>(), -1);
if (__instance.Item.OwnerCharacter)
{
__instance.Item.OwnerCharacter.CharacterUI.ShowInfoNotification("Water has turned rancid!", __instance.Item);
}
}
}
catch (Exception ex)
{
WorkInProgress.Instance.MyLogger.LogError("Update: " + ex.Message);
}
}
private void PerishableItemParentChanged_SFDPatch(On.Perishable.orig_ItemParentChanged orig, Perishable self)
{
if (self.Item != null)
{
if (self.Item.IsFood)
{
if (self.DepletionRate != 0f)
{
self.SetDurabilityDepletion(0f);
Debug.Log(String.Format("StopFoodDecay::Perishable.ItemParentChanged: {0}, SetDurabilityDepletion set to {1}.", self.name, 0f));
}
if (!self.DontPerishInWorld)
{
self.DontPerishInWorld = true;
Debug.Log(String.Format("StopFoodDecay::Perishable.ItemParentChanged: {0}, DontPerishInWorld is now {1}.", self.name, self.DontPerishInWorld));
}
if (!self.DontPerishSkipTime)
{
self.DontPerishSkipTime = true;
Debug.Log(String.Format("StopFoodDecay::Perishable.ItemParentChanged: {0}, DontPerishSkipTime is now {1}.", self.name, self.DontPerishSkipTime));
}
}
}
orig(self);
}
public void ConstructionProperties() {
var source = new LifetimeSource();
var p = new Perishable<int>(2, source.Lifetime);
p.Value.AssertEquals(2);
p.Lifetime.AssertEquals(source.Lifetime);
}
static public void RunOption(int option)
{
Console.Clear();
switch (option)
{
case 1: //1. SET BUDGET
if (Cart.Budget == 0)
{
Console.WriteLine("--THE BUDGET HAS NOT BEEN SET--");
}
else
{
Console.WriteLine("--THE BUDGET IS CURRENTLY: $" + Cart.Budget + "--");
}
Console.WriteLine("--INPUT A BUDGET--");
//UNIT TESTING PROOF OF CONCEPT, HARCODING INPUT
//StringReader testInput = new StringReader("200");
//Console.SetIn(testInput);
Cart.Budget = ReadValidPrice();
break;
case 2: //2. VIEW CART
Console.WriteLine("--VIEW CART--");
Cart.WriteCart();
Console.WriteLine("\n--BUDGET INFORMATION--");
Cart.WriteBudget();
Console.WriteLine("\nPRESS ENTER TO CONTINUE");
Console.ReadLine();
break;
case 3: //3. ADD ITEM TO CART
Console.WriteLine("--ADD ITEM TO CART--");
//BASE ITEM PROPERTIES
Console.WriteLine("WHAT IS THE NAME OF YOUR ITEM:");
string name = Console.ReadLine();
Console.WriteLine("WHAT IS THE PRICE OF YOUR ITEM:");
double price = ReadValidPrice();
Item item = new Item(name, price); //SET ITEM PROPERTIES
Console.WriteLine("IS YOUR ITEM:");
Console.WriteLine("\t1. CLOTHING \n\t2. FOOD \n\t3. OTHER");
int selection = ReadValidSelection(1, 3);
//BASE CLOTHING PROPERTIES
if (selection == 1)
{
Console.WriteLine("IS YOUR CLOTHING SIZE:");
Console.WriteLine("\t1. S\n\t2. M\n\t3. L\n\t4. XL");
int size = ReadValidSelection(1, 4);
Clothing clothing = new Clothing(item, (Clothing.Sizes)size); //SET CLOTHING PROPERTIES
Console.WriteLine("IS YOUR CLOTHING FOR:");
Console.WriteLine("\t1. SAFTEY \n\t2. CASUAL");
selection = ReadValidSelection(1, 2);
//SAFTEY CLOTHING PROPERTIES
if (selection == 1)
{
Console.WriteLine("WHAT IS THE SAFTEY RATING OF YOUR CLOTHING:");
Console.WriteLine("\t1. L\n\t2. M\n\t3. H");
int safteyRating = ReadValidSelection(1, 3);
item = new Safety(clothing, (Safety.Ratings)safteyRating); //SET SAFTEY PROPERTIES
}
//CASUAL CLOTHING PROPERTIES
else if (selection == 2)
{
Console.WriteLine("WHAT IS THE STYLE OF YOUR CLOTHING:");
Console.WriteLine("\t1. Day Wear\n\t2. Night Wear\n\t3. Swim Wear");
int style = ReadValidSelection(1, 3);
item = new Casual(clothing, (Casual.Styles)style); //SET CASUAL PROPERTIES
}
}
//BASE FOOD PROPERTIES
else if (selection == 2)
{
Console.WriteLine("WHAT IS YOUR FOODS GROSS WEIGHT:");
double grossWeight = ReadValidPrice();
Food food = new Food(item, grossWeight); //SET FOOD PROPERTIES
Console.WriteLine("IS YOUR FOOD ITEM:");
Console.WriteLine("\t1. PERISHABLE \n\t2. NON_PERISHABLE");
selection = ReadValidSelection(1, 2);
//PERISHABLE FOOD PROPERTIES
if (selection == 1)
{
Console.WriteLine("WHAT IS THE EXPIRY DATE OF YOUR FOOD(yyyy-mm-dd):");
DateTime expiryDate = ReadValidDate();
item = new Perishable(food, expiryDate); //SET PERISHABLE PROPERTIES
}
//NON-PERISHABLE FOOD PROPERTIES
else if (selection == 2)
{
Console.WriteLine("WHAT IS THE NET WEIGHT OF YOU FOOD:");
double netWeight = ReadValidPrice();
item = new NonPerishable(food, netWeight); //SET NON-PERISHABLE PROPERTIES
}
}
Cart.Items.Add(item);
Console.Clear();
Console.WriteLine("YOU HAVE ADDED THE FOLLOWING ITEM TO THE CART:");
Console.WriteLine(item.ToString());
Console.WriteLine("\nPRESS ENTER TO CONTINUE");
Console.ReadLine();
break;
case 4: //Remove Item From Cart
if (Cart.Items.Count == 0)
{
Console.WriteLine("YOUR CART IS EMPTY");
Console.WriteLine("\nPRESS ENTER TO CONTINUE");
Console.ReadLine();
break;
}
Console.WriteLine("--YOUR CART--");
Cart.WriteCart();
Console.WriteLine("\n--SELECT AN ITEM TO REMOVE--");
int index = ReadValidSelection(1, Cart.Items.Count) - 1;
Cart.Items.RemoveAt(index);
Console.WriteLine("\nPRESS ENTER TO CONTINUE");
Console.ReadLine();
break;
case 5: //EXIT
Program.Exit = true;
break;
default:
break;
}
}
