public class net.sf.pizzacompiler.contrib.SortedVector<A>

java.lang.Object
   |
   +----net.sf.pizzacompiler.util.Vector<A>
           |
           +----net.sf.pizzacompiler.contrib.SortedVector<A>

public class SortedVector<A>
  extends Vector<A>

A sorted vector. All elements are inserted at the correct position.

See also:

net.sf.pizzacompiler.util.Vector, SortedStringVector

SortedVector((int) -> A[], A, (A, A) -> int)

SortedVector(int, (int) -> A[], A, (A, A) -> int)

SortedVector(int, int, (int) -> A[], A, (A, A) -> int)

insert(A)

setDuplicates(boolean)

Sets if duplicates are allowed in this Vector. Default is true.

sortVector(Vector<A>)

TODO: This uses sorting by insertion...

public SortedVector(int initialCapacity,
                    int capacityIncrement,
                    (int) -> A[] allocator,
                    A defaultElem,
                    (A, A) -> int compare);

Parameters:

compare - returns < 0 if A1 0 if A1>A2

See also:

Vector(int, int, (int) -> A[], A, (A, A) -> int)

SortedVector

public SortedVector(int initialCapacity,
                    (int) -> A[] allocator,
                    A defaultElem,
                    (A, A) -> int compare);

Parameters:

compare - returns < 0 if A1 0 if A1>A2

See also:

Vector(int, (int) -> A[], A, (A, A) -> int)

SortedVector

public SortedVector((int) -> A[] allocator,
                    A defaultElem,
                    (A, A) -> int compare);

Parameters:

compare - returns < 0 if A1 0 if A1>A2

See also:

Vector((int) -> A[], A, (A, A) -> int)

public void setDuplicates(boolean duplicates);

Sets if duplicates are allowed in this Vector. Default is true.

insert

public synchronized void insert(A obj);

sortVector

public void sortVector(Vector<A> v);

TODO: This uses sorting by insertion...

net.sf.pizzacompiler.contrib.SortedVector.html