public void SortByPrice()
{
MergeSort mergeSorter = new MergeSort();
IDroid[] droidCollectionTrimmed = new IDroid[lengthOfCollection];
for (int a = 0; a < lengthOfCollection; a++)
{ //This weeds out all of the null values, that mess up the merge sort
if (droidCollection[a] != null)
{
droidCollectionTrimmed[a] = droidCollection[a];
}
}
droidCollection = (IDroid[])mergeSorter.sortArray(droidCollectionTrimmed);
}
//*******************END METHOD TO ADD NEW DROID TO COLLECTION**************//
//******************METHOD WHICH WILL MERGE SORT DROID COLLECTION BY TOTAL COST******************//
public void MergeSort()
{
MergeSort merge = new MergeSort(); //create new instance of MergeSort class
merge.sort(droidCollection, highestIndex); //pass in the droid collection, along with the highest index of the array.
} //without the highestIndex, the sort could break due to possible null values in the array.
//Method to sort by total cost
public bool Sort()
{
//Call MergeSort's constructor which automatically sorts it.
MergeSort mergeSort = new MergeSort(this.droidCollection, this.lengthOfCollection);
return true;
}
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();
}
}
//*******************END METHOD TO ADD NEW DROID TO COLLECTION**************//
//******************METHOD WHICH WILL MERGE SORT DROID COLLECTION BY TOTAL COST******************//
public void MergeSort()
{
MergeSort merge = new MergeSort(); //create new instance of MergeSort class
merge.sort(droidCollection, highestIndex); //pass in the droid collection, along with the highest index of the array.
}
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();
}
}
public void SortByCost()
{
MergeSort.Sort(droidCollection, lengthOfCollection);
}
//This method utilizes the MergeSort class to perform a merge sort on the DroidCollection
//and return the collection sorted by total cost
public void CostSort()
{
RemoveNull();
MergeSort.SortAndMerge(droidCollection);
}
//This method calls the merge sort on the droid collection.
public void DroidMergeSort()
{
MergeSort.Sort(droidCollection, SizeCheck());
}
//**********************
//MergeSort
//**********************
public void MergeSort()
{
MergeSort merge = new MergeSort();
merge.sort(droidCollection, lengthOfCollection);
}
public void SortbyTotalCost()
{
MergeSort mergeSort = new MergeSort();
Droid[] droids = new Droid[LengthofCollection];
mergeSort.sort(droids);
}
public void SortByPrice()
{
MergeSort mergeSorter = new MergeSort();
IDroid[] droidCollectionTrimmed = new IDroid[lengthOfCollection];
for (int a = 0; a < lengthOfCollection; a++)
{ //This weeds out all of the null values, that mess up the merge sort
if (droidCollection[a] != null)
{
droidCollectionTrimmed[a] = droidCollection[a];
}
}
droidCollection = (IDroid[])mergeSorter.sortArray(droidCollectionTrimmed);
}