public void createStruct(int type) {
switch (type) {
case IGEDConst.LISTA:
LinkedList l = new LinkedList(quadro);
l.setyBase(Quadro.YBASE);
int y = Quadro.YBASE;
for (WrapperStruct w : structs.values()) {
if (w.isDataStruct()) {
if (w.getStruct() != null) {
y += w.getStruct().getBond() + 35;
}
}
}
l.setyBase(y);
pilha.push(new WrapperStruct(l, IGEDConst.LISTA, quadro));
break;
case IGEDConst.NODE:
LinkedListNode n =
new LinkedListNode(new Point2D.Double(getXNodeSoltos(), Quadro.YBASE_TRABALHO), quadro);
pilha.push(new WrapperStruct(n, IGEDConst.NODE, quadro));
quadro.add(n);
this.nodesSoltos++;
break;
case IGEDConst.VETOR:
int y2 = Quadro.YBASE;
for (WrapperStruct w : structs.values()) {
if (w.isDataStruct()) {
if (w.getStruct() != null) {
y2 += w.getStruct().getBond() + 35;
}
}
}
Vetor v = new Vetor(y2, quadro);
v.setSize(this.regVet);
pilha.push(new WrapperStruct(v, IGEDConst.VETOR, quadro));
break;
case IGEDConst.NODE_TREE:
NodeTree nt =
new NodeTree(
new Point2D.Double(getXNodeSoltos(), this.boundsBinaryTree + ESPACO_ESTRUTURAS),
quadro);
pilha.push(new WrapperStruct(nt, IGEDConst.NODE_TREE, quadro));
quadro.add(nt);
this.nodesSoltos++;
break;
case IGEDConst.BINARY_TREE:
BinaryTree bt = new BinaryTree(quadro);
pilha.push(new WrapperStruct(bt, IGEDConst.BINARY_TREE, quadro));
break;
default:
break;
}
}
public void lixeiro() {
quadro.limpar();
for (WrapperStruct w : this.structs.values()) {
System.out.println(w.getReferencia());
w.startRepaint();
}
// Pintas as Estruturas diferentes de Nodes.
List<WrapperStruct> nodes = new ArrayList<WrapperStruct>();
for (WrapperStruct w : this.structs.values()) {
if (w.isDataStruct()) {
System.out.println("Repintar: " + w.getReferencia());
/**
* Devido a particularidade da binarytree em crescer para baixo o código deste if calcula o
* limite inferior da árvore
*/
if (w.getType() == IGEDConst.BINARY_TREE && w.getStruct() != null) {
BinaryTree bt = ((BinaryTree) w.getStruct());
bt.adjust();
this.calculaBound(bt.readField(IGEDConst.NODE_TREE_ROOT), IGEDConst.BINARY_TREE);
System.out.println("o/");
}
w.repintar();
} else {
System.out.println("Nodes add: " + w.getReferencia());
nodes.add(w);
}
}
this.nodesSoltos = 0;
Collections.sort(nodes);
for (WrapperStruct no : nodes) {
if (no.getStruct() != null && !no.getStruct().isRepintado()) {
no.repintar();
System.out.println("HHHHHHH");
if (no.getType() == IGEDConst.NODE) {
LinkedListNode n = ((LinkedListNode) no.getStruct());
// Cria um semaphoro que bloquea a Thread equanto os nodes n forem desenhados.
LinkedListNode aux = n.getProx();
// Conta com o no atual n.
int count = 1;
while ((aux != null) && (!aux.isAjustado()) && (aux != n)) {
++count;
aux = aux.getProx();
}
System.out.println("Noooode: " + count);
if (count > 0) {
Semaphore sem = new Semaphore(0, true);
n.adjust(new Point2D.Double(getXNodeSoltos(), Quadro.YBASE_TRABALHO), sem);
try {
sem.acquire(count);
} catch (InterruptedException ie) {
}
}
nodesSoltos++;
} else {
NodeTree nt = ((NodeTree) no.getStruct());
nt.mover(
new Point2D.Double(getXNodeSoltos(), this.boundsBinaryTree + this.ESPACO_ESTRUTURAS));
nt.repintar();
nodesSoltos++;
}
//
// LinkedListNode n = ((LinkedListNode) no.getStruct());
//
// ((LinkedListNode) no.getStruct()).adjust(new
// Point2D.Double(getXNodeSoltos(), yBaseTrabalho));
// nodesSoltos++;
} else {
no.repintar();
}
}
quadro.atualizar();
clearStack();
this.vi.repintar();
}
