int main()
{
int i,size=15;
ElementList E;
for(i=0;i<size;i++)
{
E[i].id=i;
E[i].regstatus=(i%3); //0 success, 1 = deny, 2 = conflict
}
// R containing All (size number) registered student records
ListHead ks, kd, kc;
createStore();
ks=createList();
kd=createList();
kc=createList();
for (i = 0; i < size; i++) {
if (E[i].regstatus == 2) {
insertNode (E[i], kd);
} else if (E[i].regstatus == 0) {
insertNode (E[i], ks);
} else {
insertNode (E[i], kc);
}
}
printf("DENY LIST\n");
printList(kd);
printf("SUCCESS LIST\n");
printList(ks);
printf("CONFLICT LIST\n");
printList(kc);
printf("COMPLETE LIST\n");
printStore();
deleteNode(E[3],ks);
deleteNode(E[4],kd);
deleteNode(E[5],kc);
printf("DENY LIST After Deletion\n");
printList(kd);
printf("SUCCESS LIST After Deletion\n");
printList(ks);
printf("CONFLICT LIST After Deletion\n");
printList(kc);
printf("COMPLETE LIST After Deletion\n");
printStore();
}
void ReadData(Tree *cleanTree) //Author: Alexi
{
Tree tree = *cleanTree;
int Sentinel = 0, counter = 0, itemCount = 0;
string name;
Store tempStore;
while (Sentinel != 2) //Going to represent 16 16 16, need to rework logic slightly
{
int x, y, z, itemNumber;
x = 0;
y = 0;
z = 0;
itemNumber = 0;
//cout << "Reading in data\n";
cin>>x;
if (x==16)
Sentinel++;
cin>>y;
if (y==16)
Sentinel++;
cin>>z;
if (z==16)
Sentinel++;
if (Sentinel==3){
break;
} else {
Sentinel=0;
}
cin>>itemNumber;
for (counter = 0; counter < itemNumber; counter++)
{
name = " ";
itemCount = 0;
cin>>name;
cin>>itemCount;
StorePtr tempStorePtr = new Store();
tempStorePtr->x = x;
tempStorePtr->y = y;
tempStorePtr->z = z;
tempStorePtr->itemCount = itemCount;
tempStorePtr->nextStore = NULL;
//Store tempStore = *tempStorePtr;
ItemPtr tempItem = new Item(name);
if (debugRead){
cout << "\nPrinting temporary item and store\n";
tempItem->printItem();
printStore(tempStorePtr);
}
if (debugRead){
//tree.PrintTree();
cout << "Adding item:\n";
}
tree.addItem(tempItem, tempStorePtr);
//cout << "\n TREE \n";
//tree.PrintTree();
}
if (debugRead)
cout << "Printing tree:\n";
} //end for
//tree.PrintTree();
*cleanTree = tree;
} //end ReadData