//$goals 1
//$benchmark
public void minimumTest(FibHeap fibHeap)
{
if (fibHeap != null && fibHeap.repOK())
{
FibHeapNode ret_val = fibHeap.minimum();
}
}
//$goals 25
//$benchmark
public void removeMinTest(FibHeap fibHeap)
{
if (fibHeap != null && fibHeap.repOK())
{
FibHeapNode ret_val = fibHeap.removeMin();
}
}
//$goals 5
//$benchmark
public void insertNodeTest(FibHeap fibHeap, FibHeapNode toInsert)
{
if (fibHeap != null && toInsert != null && toInsert.left == toInsert && toInsert.right == toInsert && toInsert.parent == null && toInsert.child == null && fibHeap.repOK())
{
FibHeapNode ret_val = fibHeap.insertNode(toInsert);
}
}
static void Main(string[] args)
{
// To function fast the alghoritm needs references to the nodes for the Decrease operation instead of
// ... just keys. The generator, on the other hand, does not (nor it can) operate with references. A
// ... decision to put the translation between references and identifiers outside of the heap was made
// ... as in a real world application the outside code would use the references instead of identifiers for
// ... decrease anyway.
FibNode <int>[] NodeIndetifierResolver = null;
FibHeap <int> fibHeap = null;
Logger logger = new Logger();
string line;
while ((line = Console.ReadLine()) != null)
{
(Command command, int N, int K) = ParseCommand(line);
switch (command)
{
// Create new FiboHeap and report the last one
case Command.New:
fibHeap = null;
NodeIndetifierResolver = null;
logger.Flush();
GC.Collect();
NodeIndetifierResolver = new FibNode <int> [2_000_000];
//$goals 1
//$benchmark
public void minimumTest(FibHeap fibHeap)
{
if (fibHeap!=null && fibHeap.repOK()) {
FibHeapNode ret_val = fibHeap.minimum();
}
}
//$goals 5
//$benchmark
public void insertNodeTest(FibHeap fibHeap, FibHeapNode toInsert)
{
if (fibHeap!=null && toInsert!=null && toInsert.left==toInsert && toInsert.right==toInsert && toInsert.parent==null && toInsert.child==null && fibHeap.repOK()) {
FibHeapNode ret_val = fibHeap.insertNode(toInsert);
}
}
//$goals 25
//$benchmark
public void removeMinTest(FibHeap fibHeap)
{
if (fibHeap!=null && fibHeap.repOK()) {
FibHeapNode ret_val = fibHeap.removeMin();
}
}