void addToRandomList(char *fName, int browserLoc)
{
if(soundMode == SOUND_NEXTFILE) // we let oneshot add because sometimes that's the default, and we want it to stay in the history
return;
if(!isValidRandomList())
{
createRandomList();
strcpy(history[0].fileName, fName);
history[0].browserLoc = browserLoc;
return;
}
h_position++;
if(h_count == h_position) // we've hit max
{
h_count++;
history = (PLAYLIST_LIST *)trackRealloc(history, sizeof(PLAYLIST_LIST) * h_count);
}
strcpy(history[h_position].fileName, fName);
history[h_position].browserLoc = browserLoc;
h_max = h_position + 1; // fake end
}
int main()
{
ListNode * l = createRandomList();
Solution s = Solution();
printList(l, NULL);
std::cout<<"sorted:"<< '\n';
printList(s.sortList(l), NULL);
return 0;
}
/*
*This function create a list and after invert it on a another one
* */
void invertList()
{
/*Creating the first list*/
nodePointer list = createRandomList(10);
printf("\nThe origin list is: ");
printList(list);
/*Creating a new list inverting the first one*/
nodePointer invertedList = NULL;
nodePointer currentNode = list;
while(currentNode != NULL){
nodePointer tempNode = currentNode->nextNode;
currentNode->nextNode = NULL;
currentNode->nextNode = invertedList;
invertedList = currentNode;
currentNode = tempNode;
}
printf("\nThe inverted list is: ");
printList(invertedList);
}
