ConversionNode.java

package org.objectweb.asm.commons.cfg.tree.node;

import org.objectweb.asm.commons.cfg.tree.NodeTree;
import org.objectweb.asm.tree.AbstractInsnNode;

/**
 * @author Tyler Sedlar
 */
public class ConversionNode extends AbstractNode {

	public ConversionNode(NodeTree tree, AbstractInsnNode insn, int collapsed, int producing) {
		super(tree, insn, collapsed, producing);
	}

	public boolean fromInt() {
		return opcode() == I2B || opcode() == I2C || opcode() == I2S || opcode() == I2L || opcode() == I2D;
	}

	public boolean toInt() {
		return opcode() == D2I || opcode() == L2I || opcode() == F2I;
	}

	public boolean toChar() {
		return opcode() == I2C;
	}

	public boolean toShort() {
		return opcode() == I2S;
	}

	public boolean fromDouble() {
		return opcode() == D2I || opcode() == D2F || opcode() == D2L;
	}

	public boolean toDouble() {
		return opcode() == I2D || opcode() == L2D || opcode() == F2D;
	}

	public boolean fromLong() {
		return opcode() == L2I || opcode() == L2F || opcode() == L2D;
	}

	public boolean toLong() {
		return opcode() == I2L || opcode() == D2L || opcode() == F2L;
	}

	public boolean fromFloat() {
		return opcode() == F2I || opcode() == F2D || opcode() == F2L;
	}

	public boolean toFloat() {
		return opcode() == I2F || opcode() == D2F || opcode() == L2F;
	}
}