//confirmSelection: Confirmation window. Returns "0" if the loadout is correct, returns 1 if not.
public static int confirmSelection(string shipNameInp, List <IShipComponentInterface> chosenComponents, IShipClassInterface chosenClass)
{
List <IShipComponentInterface> confirmComponents = chosenComponents;
IShipClassInterface confirmClass = chosenClass;
Console.WriteLine("Confirm your choices:");
Console.WriteLine("Ship Name: " + shipNameInp);
Console.WriteLine("Ship Class: " + chosenClass.shipClassName);
Console.WriteLine("Itemized List of Ship Components: ");
int counter = 1;
foreach (IShipComponentInterface thisComponent in chosenComponents)
{
Console.WriteLine("SLOT: " + counter + " COMPONENT: " + thisComponent.Name);
counter++;
}
Console.Write("Is this loadout correct? Y/N");
string response = Console.ReadLine();
response.ToUpper();
if (response.Equals("Y"))
{
return(0);
}
else
{
return(1);
}
}
//selectComponents: For every slot, asks the user what component to insert.
public static List <IShipComponentInterface> selectComponents(IShipClassInterface selectedClass)
{
List <IShipComponentInterface> chosenComponents = new List <IShipComponentInterface>(selectedClass.numComponents);
for (int i = 0; i < chosenComponents.Capacity; i++)
{
Console.WriteLine("Please select a component for slot " + i);
Console.WriteLine("Select 1 for Cockpit. ");
Console.WriteLine("Select 2 for Ion Engine. ");
string response = Console.ReadLine();
int responseInt = Int32.Parse(response);
if (responseInt == 1)
{
Console.WriteLine("Selecting Cockpit.");
chosenComponents.Add(new Components.Cockpit());
Console.WriteLine("Component Slot " + i + " set to Cockpit.");
}
if (responseInt == 2)
{
Console.WriteLine("Selecting Ion Engine.");
chosenComponents.Add(new Components.IonEngines());
Console.WriteLine("Component Slot " + i + " set to Ion Engine.");
}
}
return(chosenComponents);
}
//Ship asssembly constructor. Requires ship class, ship component list, and location col/row as input.
//TODO: Figure out default ship positions, continue making static methods for determining has<Flags>, and eventually figure out ToString
AssembledShip(string shipNameInp, IShipClassInterface shipClass, int locationRowInp, int locationColInp, List <IShipComponentInterface> shipComponentList)
{
shipName = shipNameInp;
shipHealth = shipClass.hullHealth;
currentShipClass = shipClass;
currentShipComponents = shipComponentList;
locationRow = locationRowInp;
locationCol = locationColInp;
isDestroyed = false;
isDisabled = false;
hasPropulsion = ClassComponentSelect.hasPropulsion(shipComponentList);
hasWeapon = ClassComponentSelect.hasWeapons(shipComponentList);
hasLifeSupport = ClassComponentSelect.hasLifeSupport(shipComponentList);
hasControl = ClassComponentSelect.hasControl(shipComponentList);
hasComms = ClassComponentSelect.hasComms(shipComponentList);
}
//Default ship constructor: Will construct a simple frigate.
//TODO: Go through each member and create defaults
public AssembledShip(IShipClassInterface selectedShipClass, int locationRowInput, int locationColInput)
{
//ERROR-CATCH:
// If the input class is null, or otherwise erroneous, this method will fail.
if (selectedShipClass == null)
{
throw new ArgumentException("CreateDefaultShip: selectedShipClass cannot be null!");
}
currentShipClass = selectedShipClass;
shipName = $"Default {currentShipClass}";
shipHealth = currentShipClass.hullHealth;
currentShipComponents = new List <IShipComponentInterface>(currentShipClass.numComponents);
//Populting Default Ship:
//Interrupting object creation flow in order to populate the default ship with components dynamically.
int numComponents = currentShipComponents.Capacity;
for (int i = 0; i < numComponents - 1; i++)
{
currentShipComponents.Add(new Components.IonEngines());
}
currentShipComponents.Add(new Components.Cockpit());
locationRow = locationRowInput;
locationCol = locationColInput;
isDestroyed = false;
isDisabled = false;
hasPropulsion = ClassComponentSelect.hasPropulsion(currentShipComponents);
hasWeapon = ClassComponentSelect.hasWeapons(currentShipComponents);
hasLifeSupport = ClassComponentSelect.hasLifeSupport(currentShipComponents);
hasControl = ClassComponentSelect.hasControl(currentShipComponents);
hasComms = ClassComponentSelect.hasComms(currentShipComponents);
}