static void Main(string[] args)
{
//Create a new droid collection and set the size of it to 100.
IDroidCollection droidCollection = new DroidCollection(100);
//Add 10 hard coded droids to the collections
droidCollection.Add("Carbonite", "Protocol", "Silver", 10); //Protocol $350
droidCollection.Add("Vanadium", "Astromech", "Gold", true, true, true, false, 2); //Astromech $315
droidCollection.Add("Carbonite", "Janitorial", "Bronze", false, true, true, true, true); //Janitorial $240
droidCollection.Add("Quadranium", "Utility", "Silver", true, true, true); //Utility $255
droidCollection.Add("Carbonite", "Astromech", "Bronze", false, false, false, false, 1); //Astromech $145
droidCollection.Add("Vanadium", "Utility", "Silver", true, false, true); //Utility $190
droidCollection.Add("Carbonite", "Protocol", "Bronze", 1); //Protocol $125
droidCollection.Add("Quadranium", "Astromech", "Gold", true, true, true, true, 10); //Astromech $740
droidCollection.Add("Vanadium", "Utility", "Gold", false, false, true); //Utility $155
droidCollection.Add("Vanadium", "Janitorial", "Bronze", true, true, true, true, true); //Janitorial $295
//Create a user interface and pass the droidCollection into it as a dependency
UserInterface userInterface = new UserInterface(droidCollection);
//Display the main greeting for the program
userInterface.DisplayGreeting();
//Display the main menu for the program
userInterface.DisplayMainMenu();
//Get the choice that the user makes
int choice = userInterface.GetMenuChoice();
//While the choice is not equal to 3, continue to do work with the program
while (choice != 5)
{
//Test which choice was made
switch (choice)
{
//Choose to create a droid
case 1:
userInterface.CreateDroid();
break;
//Choose to Print the droid
case 2:
userInterface.PrintDroidList();
break;
//Sort droids by model
case 3:
break;
//sort droids by cost
case 4:
break;
}
//Re-display the menu, and re-prompt for the choice
userInterface.DisplayMainMenu();
choice = userInterface.GetMenuChoice();
}
}
static void Main(string[] args)
{
//Create a new droid collection and set the size of it to 100.
IDroidCollection droidCollection = new DroidCollection(100);
//Add 12 random droids
droidCollection.Add(12);
//Create a user interface and pass the droidCollection into it as a dependency
UserInterface userInterface = new UserInterface(droidCollection);
//Display the main greeting for the program
userInterface.DisplayGreeting();
//Display the main menu for the program
userInterface.DisplayMainMenu();
//Get the choice that the user makes
int choice = userInterface.GetMenuChoice();
//While the choice is not equal to 3, continue to do work with the program
while (choice != 5)
{
//Test which choice was made
switch (choice)
{
//Choose to create a droid
case 1:
userInterface.CreateDroid();
break;
//Choose to Print the droid
case 2:
userInterface.PrintDroidList();
break;
//Choose to organize droids by type
case 3:
userInterface.Organize();
break;
//Choose to sort droids by total cost
case 4:
userInterface.Sort();
break;
case 5:
break;
}
//Re-display the menu, and re-prompt for the choice
userInterface.DisplayMainMenu();
choice = userInterface.GetMenuChoice();
}
}
static void Main(string[] args)
{
//Create a new droid collection and set the size of it to 100.
IDroidCollection droidCollection = new DroidCollection(100);
//Add 12 random droids
droidCollection.Add(12);
//Create a user interface and pass the droidCollection into it as a dependency
UserInterface userInterface = new UserInterface(droidCollection);
//Display the main greeting for the program
userInterface.DisplayGreeting();
//Display the main menu for the program
userInterface.DisplayMainMenu();
//Get the choice that the user makes
int choice = userInterface.GetMenuChoice();
//While the choice is not equal to 3, continue to do work with the program
while (choice != 5)
{
//Test which choice was made
switch (choice)
{
//Choose to create a droid
case 1:
userInterface.CreateDroid();
break;
//Choose to Print the droid
case 2:
userInterface.PrintDroidList();
break;
//Choose to organize droids by type
case 3:
userInterface.Organize();
break;
//Choose to sort droids by total cost
case 4:
userInterface.Sort();
break;
case 5:
break;
}
//Re-display the menu, and re-prompt for the choice
userInterface.DisplayMainMenu();
choice = userInterface.GetMenuChoice();
}
}
static void Main(string[] args)
{
//Create a new droid collection and set the size of it to 100.
IDroidCollection droidCollection = new DroidCollection(100);
// Initial collection of droids
droidCollection.Add("Bronze", "Protocol", "Blue", 5);
droidCollection.Add("Bronze", "Protocol", "green", 6);
droidCollection.Add("Bronze", "Janitor", "yellow", false, true, true, false, false);
droidCollection.Add("Bronze", "Astromech", "Blue", true, false, true, true, 4);
droidCollection.Add("Bronze", "Utility", "Blue", true, false, true);
droidCollection.Add("Bronze", "Astromech", "Red", true, true, true, true, 8);
droidCollection.Add("Bronze", "Utility", "green", false, false, true);
droidCollection.Add("Bronze", "Janitor", "red", true, false, true, true, false);
droidCollection.Add("Bronze", "Janitor", "Blue", true, true, false, true, false);
droidCollection.Add("Bronze", "Protocol", "red", 2);
droidCollection.Add("Bronze", "Utility", "red", true, true, false);
droidCollection.Add("Bronze", "Astromech", "yellow", true, false, true, false, 2);
//Create a user interface and pass the droidCollection into it as a dependency
UserInterface userInterface = new UserInterface(droidCollection);
//Display the main greeting for the program
userInterface.DisplayGreeting();
//Display the main menu for the program
userInterface.DisplayMainMenu();
//Get the choice that the user makes
int choice = userInterface.GetMenuChoice();
//While the choice is not equal to 3, continue to do work with the program
while (choice != 5)
{
//Test which choice was made
switch (choice)
{
//Choose to create a droid
case 1:
userInterface.CreateDroid();
break;
//Choose to Print the droid
case 2:
userInterface.PrintDroidList();
break;
case 3:
// Output the droid collection before and after sorting
userInterface.Output("---------------- Before Sort ----------------");
userInterface.PrintDroidList();
userInterface.Output("---------------- After Sort ----------------");
droidCollection.SortByModel();
userInterface.PrintDroidList();
break;
case 4:
// Output the droid collection before and after sorting
userInterface.Output("---------------- Before Sort ----------------");
userInterface.PrintDroidList();
userInterface.Output("---------------- After Sort ----------------");
droidCollection.SortByCost();
userInterface.PrintDroidList();
break;
}
//Re-display the menu, and re-prompt for the choice
userInterface.DisplayMainMenu();
choice = userInterface.GetMenuChoice();
}
}
static void Main(string[] args)
{
//Create a new droid collection and set the size of it to 100.
IDroidCollection droidCollection = new DroidCollection(100);
//Create a user interface and pass the droidCollection into it as a dependency
UserInterface userInterface = new UserInterface(droidCollection);
//Creates a merge sort class.
MergeSort mergeSort = new MergeSort();
//Example droids for use in testing the program.
//9 droids to make sure it works even with odd numbered arrays/lists.
droidCollection.Add("Carbonite", "Utility", "Bronze", true, true, true);
droidCollection.Add("Carbonite", "Protocol", "Bronze", 3);
droidCollection.Add("Carbonite", "Astromech", "Bronze", true, true, true, true, 5);
droidCollection.Add("Carbonite", "Janitor", "Bronze", true, true, true, true, true);
droidCollection.Add("Carbonite", "Utility", "Silver", true, true, true);
droidCollection.Add("Carbonite", "Protocol", "Silver", 3);
droidCollection.Add("Carbonite", "Astromech", "Silver", true, true, true, true, 5);
droidCollection.Add("Carbonite", "Janitor", "Silver", true, true, true, true, true);
droidCollection.Add("Vanadium", "Protocol", "Gold", 6);
//Display the main greeting for the program
userInterface.DisplayGreeting();
//Display the main menu for the program
userInterface.DisplayMainMenu();
//Get the choice that the user makes
int choice = userInterface.GetMenuChoice();
//While the choice is not equal to 5, continue to do work with the program
while (choice != 5)
{
//Test which choice was made
switch (choice)
{
//Choose to create a droid
case 1:
userInterface.CreateDroid();
break;
//Choose to Print the droid
case 2:
userInterface.PrintDroidList();
break;
//Choose to sort the list by droid type
case 3:
droidCollection.SortByDroid();
break;
//Chose to sort the list by droid total price
case 4:
droidCollection.SortByPrice();
break;
}
//Re-display the menu, and re-prompt for the choice
userInterface.DisplayMainMenu();
choice = userInterface.GetMenuChoice();
}
}
static void Main(string[] args)
{
//Create a new droid collection and set the size of it to 100.
IDroidCollection droidCollection = new DroidCollection(100);
//Create a user interface and pass the droidCollection into it as a dependency
UserInterface userInterface = new UserInterface(droidCollection);
//Creates a merge sort class.
MergeSort mergeSort = new MergeSort();
//Example droids for use in testing the program.
//9 droids to make sure it works even with odd numbered arrays/lists.
droidCollection.Add("Carbonite", "Utility", "Bronze", true, true, true);
droidCollection.Add("Carbonite", "Protocol", "Bronze", 3);
droidCollection.Add("Carbonite", "Astromech", "Bronze", true, true, true, true, 5);
droidCollection.Add("Carbonite", "Janitor", "Bronze", true, true, true, true, true);
droidCollection.Add("Carbonite", "Utility", "Silver", true, true, true);
droidCollection.Add("Carbonite", "Protocol", "Silver", 3);
droidCollection.Add("Carbonite", "Astromech", "Silver", true, true, true, true, 5);
droidCollection.Add("Carbonite", "Janitor", "Silver", true, true, true, true, true);
droidCollection.Add("Vanadium", "Protocol", "Gold", 6);
//Display the main greeting for the program
userInterface.DisplayGreeting();
//Display the main menu for the program
userInterface.DisplayMainMenu();
//Get the choice that the user makes
int choice = userInterface.GetMenuChoice();
//While the choice is not equal to 5, continue to do work with the program
while (choice != 5)
{
//Test which choice was made
switch (choice)
{
//Choose to create a droid
case 1:
userInterface.CreateDroid();
break;
//Choose to Print the droid
case 2:
userInterface.PrintDroidList();
break;
//Choose to sort the list by droid type
case 3:
droidCollection.SortByDroid();
break;
//Chose to sort the list by droid total price
case 4:
droidCollection.SortByPrice();
break;
}
//Re-display the menu, and re-prompt for the choice
userInterface.DisplayMainMenu();
choice = userInterface.GetMenuChoice();
}
}
static void Main(string[] args)
{
//Instanciates some a queue and a stack for each type of droid
DroidQueue <IDroid> queue = new DroidQueue <IDroid>();
DroidStack <IDroid> protocolStack = new DroidStack <IDroid>();
DroidStack <IDroid> utilityStack = new DroidStack <IDroid>();
DroidStack <IDroid> astromechStack = new DroidStack <IDroid>();
DroidStack <IDroid> janitorStack = new DroidStack <IDroid>();
//Create a new droid collection and set the size of it to 100.
IDroidCollection droidCollection = new DroidCollection(100);
//Create a user interface and pass the droidCollection into it as a dependency
UserInterface userInterface = new UserInterface(droidCollection, queue, astromechStack, janitorStack, utilityStack, protocolStack);
//Here, have a whole bunch of pre-created droids to use for testing! Some minor typos in these when I first typed em gave me quite a headache.
droidCollection.Add("Carbonite", "Protocol", "Gold", 7);
droidCollection.Add("Vanadium", "Protocol", "Silver", 10);
droidCollection.Add("Vanadium", "Astromech", "Silver", true, false, true, true, 5);
droidCollection.Add("Carbonite", "Astromech", "Gold", false, true, true, true, 3);
droidCollection.Add("Carbonite", "Utility", "Gold", false, true, false);
droidCollection.Add("Vanadium", "Utility", "Silver", true, false, true);
droidCollection.Add("Carbonite", "Janitorial", "Gold", true, false, true, false, true);
droidCollection.Add("Vanadium", "Janitorial", "Silver", true, true, false, false, true);
//Display the main greeting for the program
userInterface.DisplayGreeting();
//Display the main menu for the program
userInterface.DisplayMainMenu();
//Get the choice that the user makes
int choice = userInterface.GetMenuChoice();
//While the choice is not equal to 3, continue to do work with the program
while (choice != 5)
{
//Test which choice was made
switch (choice)
{
//Choose to create a droid
case 1:
userInterface.CreateDroid();
break;
//Choose to Print the droid
case 2:
userInterface.PrintDroidList();
break;
//Choose to Sort by Model
case 3:
userInterface.SortDroidListByModel();
break;
//Choose to sort by cost.
case 4:
userInterface.SortDroidListByCost();
break;
}
//Re-display the menu, and re-prompt for the choice
userInterface.DisplayMainMenu();
choice = userInterface.GetMenuChoice();
}
}
static void Main(string[] args)
{
//Create a new droid collection and set the size of it to 100.
IDroidCollection droidCollection = new DroidCollection(100);
//Create a few droids to put into the list so that they do not NEED to be made through the UI
droidCollection.Add("Carbonite", "Protocol", "Bronze", 12);
droidCollection.Add("Vanadium", "Utility", "Gold", true, true, true);
droidCollection.Add("Vanadium", "Janitor", "Silver", true, true, true, true, true);
droidCollection.Add("Carbonite", "Astromech", "Bronze", true, true, false, true, 80);
droidCollection.Add("Quadranium", "Protocol", "Silver", 22);
droidCollection.Add("Carbonite", "Janitor", "Bronze", false, false, false, false, true);
droidCollection.Add("Vanadium", "Utility", "Gold", true, true, false);
droidCollection.Add("Quadranium", "Astromech", "Silver", false, true, false, true, 150);
droidCollection.Add("Quadranium", "Janitor", "Gold", false, true, true, true, true);
droidCollection.Add("Vanadium", "Utility", "Gold", true, false, true);
droidCollection.Add("Carbonite", "Astromech", "Bronze", true, false, false, true, 100);
droidCollection.Add("Carbonite", "Janitor", "Silver", false, true, false, true, true);
//Create a user interface and pass the droidCollection into it as a dependency
UserInterface userInterface = new UserInterface(droidCollection);
//Display the main greeting for the program
userInterface.DisplayGreeting();
//Display the main menu for the program
userInterface.DisplayMainMenu();
//Get the choice that the user makes
int choice = userInterface.GetMenuChoice();
//While the choice is not equal to 3, continue to do work with the program
while (choice != 5)
{
//Test which choice was made
switch (choice)
{
//Choose to create a droid
case 1:
userInterface.CreateDroid();
break;
//Choose to Print the droid
case 2:
userInterface.PrintDroidList();
break;
case 3:
//Print in categorical order
droidCollection.SortIntoCategories();
userInterface.DisplaySortCategoriesSuccessMessage();
break;
case 4:
//Print in Total Cost order
droidCollection.SortByTotalCost();
userInterface.DisplaySortTotalCostSuccessMessage();
break;
}
//Re-display the menu, and re-prompt for the choice
userInterface.DisplayMainMenu();
choice = userInterface.GetMenuChoice();
}
}
//add Protocol
public void AddP()
{
Dptions("Protocol");
Console.WriteLine("==========================================================================");
Droid newProtocol = new ProtocolDroid(materailSelect, "Protocol", colorSelect, numLangauges);
droidCollection.Add(newProtocol);
newProtocol.CalculateBaseCost();
newProtocol.CalculateTotalCost();
totalCost += newProtocol.totalCost;
Console.WriteLine("COLLECTED: " + newProtocol);
Console.WriteLine("==========================================================================");
Console.WriteLine();
}
static void Main(string[] args)
{
//Create a new droid collection and set the size of it to 100.
IDroidCollection droidCollection = new DroidCollection(100);
//Create a user interface and pass the droidCollection into it as a dependency
UserInterface userInterface = new UserInterface(droidCollection);
//Display the main greeting for the program
userInterface.DisplayGreeting();
//Display the main menu for the program
userInterface.DisplayMainMenu();
//Get the choice that the user makes
int choice = userInterface.GetMenuChoice();
//*****************
//Hard coded Droids
//*****************
//Todo, change to droid stack
droidCollection.Add("Quadranium", "Protocol", "Gold", 10);
droidCollection.Add("Vanadium", "Astromech", "Silver", true, true, false, true, 3);
droidCollection.Add("Quadranium", "Utility", "Silver", false, false, true);
droidCollection.Add("Carbonite", "Janitor", "Bronze", true, false, true, true, true);
droidCollection.Add("Vanadium", "Janitor", "Silver", false, true, false, false, false);
droidCollection.Add("Carbonite", "Protocol", "Bronze", 6);
droidCollection.Add("Carbonite", "Utility", "Gold", true, true, true);
droidCollection.Add("Quadranium", "Astromech", "Gold", false, false, false, false, 10);
droidCollection.Add("Quadranium", "Janitor", "Gold", true, true, true, true, true);
droidCollection.Add("Vanadium", "Protocol", "Silver", 13);
droidCollection.Add("Carbonite", "Astromech", "Gold", false, true, false, true, 7);
droidCollection.Add("Vanadium", "Utility", "Silver", true, false, true);
//While the choice is not equal to 5, continue to do work with the program
while (choice != 5)
{
//Test which choice was made
switch (choice)
{
//Choose to create a droid
case 1:
userInterface.CreateDroid();
break;
//Choose to Print the droid
case 2:
userInterface.PrintDroidList();
break;
//****************
//New Menu Options
//****************
//Choose to Categorize by Model
case 3:
droidCollection.CategorizeModels();
userInterface.Display("Categorized Successfully");
break;
//Choose to Sort total cost
case 4:
droidCollection.MergeSort();
userInterface.Display("Merge Sort Successful");
break;
}
//Re-display the menu, and re-prompt for the choice
userInterface.DisplayMainMenu();
choice = userInterface.GetMenuChoice();
}
}
static void Main(string[] args)
{
//Create a new droid collection and set the size of it to 100.
IDroidCollection droidCollection = new DroidCollection(100);
//Adding some droids to the collection for testing purposes
droidCollection.Add("Carbonite", "Protocol", "Bronze", 20);
droidCollection.Add("Carbonite", "Utility", "Silver", false, true, true);
droidCollection.Add("Carbonite", "Janitor", "Gold", false, true, true, false, true);
droidCollection.Add("Vanadium", "Astromech", "Bronze", false, true, false, true, 10);
droidCollection.Add("Vanadium", "Protocol", "Silver", 40);
droidCollection.Add("Vanadium", "Utility", "Gold", true, false, true);
droidCollection.Add("Quadranium", "Janitor", "Bronze", true, false, true, true, false);
droidCollection.Add("Quadranium", "Astromech", "Silver", true, true, true, true, 50);
droidCollection.Add("Quadranium", "Protocol", "Gold", 60);
droidCollection.Add("Carbonite", "Utility", "Bronze", false, false, true);
droidCollection.Add("Vanadium", "Janitor", "Silver", true, false, true, false, true);
droidCollection.Add("Quadranium", "Astromech", "Gold", true, true, true, true, 75);
//Create a user interface and pass the droidCollection into it as a dependency
UserInterface userInterface = new UserInterface(droidCollection);
//Display the main greeting for the program
userInterface.DisplayGreeting();
//Display the main menu for the program
userInterface.DisplayMainMenu();
//Get the choice that the user makes
int choice = userInterface.GetMenuChoice();
//While the choice is not equal to 3, continue to do work with the program
while (choice != 5)
{
//Test which choice was made
switch (choice)
{
//Choose to create a droid
case 1:
userInterface.CreateDroid();
break;
//Choose to Print the droid
case 2:
userInterface.PrintDroidList();
break;
//Choose to Sort the droids by model
case 3:
userInterface.ModelSort();
break;
//Choose to Sort the droids by total cost
case 4:
userInterface.CostSort();
break;
}
//Re-display the menu, and re-prompt for the choice
userInterface.DisplayMainMenu();
choice = userInterface.GetMenuChoice();
}
}
static void Main(string[] args)
{
//Create a new droid collection and set the size of it to 100.
IDroidCollection droidCollection = new DroidCollection(100);
//Hardcode droids to collection, varied to prove sort works, put in groups of 4
//Set 1
//Protocol
droidCollection.Add("Carbonite", "Protocol", "Bronze", 4);
//Astromech
droidCollection.Add("Vanadium", "Astromech", "Silver", true, true, true, false, 4);
//Utility
droidCollection.Add("Quadranium", "Utility", "Gold", true, true, true);
//Janitor
droidCollection.Add("Carbonite", "Janitor", "Silver", true, true, false, false, true);
//Set 2
//Protocol
droidCollection.Add("Vanadium", "Protocol", "Gold", 7);
//Astromech
droidCollection.Add("Quadranium", "Astromech", "Silver", false, true, true, false, 5);
//Utility
droidCollection.Add("Carbonite", "Utility", "Bronze", true, true, false);
//Janitor
droidCollection.Add("Carbonite", "Janitor", "Gold", false, true, true, false, true);
//Set 3
//Protocol
droidCollection.Add("Vanadium", "Protocol", "Gold", 6);
//Astromech
droidCollection.Add("Vanadium", "Astromech", "Bronze", true, false, false, false, 2);
//Utility
droidCollection.Add("Quadranium", "Utility", "Silver", false, true, true);
//Janitor
droidCollection.Add("Quadranium", "Janitor", "Gold", true, true, true, true, true);
//Create a user interface and pass the droidCollection into it as a dependency
UserInterface userInterface = new UserInterface(droidCollection);
//Display the main greeting for the program
userInterface.DisplayGreeting();
//Display the main menu for the program
userInterface.DisplayMainMenu();
//Get the choice that the user makes
int choice = userInterface.GetMenuChoice();
//While the choice is not equal to 3, continue to do work with the program
while (choice != 5)
{
//Test which choice was made
switch (choice)
{
//Choose to create a droid
case 1:
userInterface.CreateDroid();
break;
//Choose to Print the droid
case 2:
userInterface.PrintDroidList();
break;
//Choose to sort by model
case 3:
userInterface.sortModel();
break;
//Choose to sort by total cost
case 4:
userInterface.sortCost();
break;
}
//Re-display the menu, and re-prompt for the choice
userInterface.DisplayMainMenu();
choice = userInterface.GetMenuChoice();
}
}
