Package org.jbpm.examples.ch02

Examples of org.jbpm.examples.ch02.Display

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            }
            return 0;
        }
        public boolean isPressed(int keycode, int location) {
            X11 lib = X11.INSTANCE;
            Display dpy = lib.XOpenDisplay(null);
            if (dpy == null) {
                throw new Error("Can't open X Display");
            }
            try {
                byte[] keys = new byte[32];
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            if (didCheck) {
                return alphaVisualIDs;
            }
            didCheck = true;
            X11 x11 = X11.INSTANCE;
            Display dpy = x11.XOpenDisplay(null);
            if (dpy == null)
                return alphaVisualIDs;
            XVisualInfo info = null;
            try {
                int screen = x11.XDefaultScreen(dpy);
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                throw new UnsupportedOperationException("This X11 display does not provide a 32-bit visual");
            }
            Runnable action = new Runnable() {
                public void run() {
                    X11 x11 = X11.INSTANCE;
                    Display dpy = x11.XOpenDisplay(null);
                    if (dpy == null)
                        return;
                    try {
                        X11.Window win = getDrawable(w);
                        if (alpha == 1f) {
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        private void setWindowShape(final Window w, final PixmapSource src) {
            Runnable action = new Runnable() {
                public void run() {
                    X11 x11 = X11.INSTANCE;
                    Display dpy = x11.XOpenDisplay(null);
                    if (dpy == null) {
                        return;
                    }
                    Pixmap pm = null;
                    try {
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  public void testSequence() {
    ProcessDefinition processDefinition = ProcessFactory.build("sequence")
        .compositeNode("sequence").initial().behaviour(new Sequence())
          .needsPrevious()
          .node("one").behaviour(new Display("one"))
          .node("2").behaviour(new WaitState())
          .node("two").behaviour(new Display("two"))
        .compositeEnd()
    .done();

    Execution execution = processDefinition.startExecution();
    execution.signal();
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  public void testExecutionAndThread() {
    ProcessDefinition processDefinition = ProcessFactory.build("automatic")
        .node("wait 1").initial().behaviour(new WaitState())
          .transition().to("automatic 1")
        .node("automatic 1").behaviour(new Display("one"))
          .transition().to("wait 2")
        .node("wait 2").behaviour(new WaitState())
          .transition().to("automatic 2")
        .node("automatic 2").behaviour(new Display("two"))
          .transition().to("automatic 3")
        .node("automatic 3").behaviour(new Display("three"))
          .transition().to("automatic 4")
        .node("automatic 4").behaviour(new Display("four"))
          .transition().to("wait 3")
        .node("wait 3").behaviour(new WaitState())
    .done();
   
    Execution execution = processDefinition.startExecution();
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  public void testSequence() {
    ProcessDefinition processDefinition = ProcessFactory.build("sequence")
        .compositeNode("sequence").initial().behaviour(new Sequence())
          .needsPrevious()
          .node("one").behaviour(new Display("one"))
          .node("2").behaviour(new WaitState())
          .node("two").behaviour(new Display("two"))
        .compositeEnd()
    .done();

    Execution execution = processDefinition.startExecution();
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*/
public class _01_AutomaticDecisionTest extends TestCase {

  public void testAutomaticDecision() {
    ProcessDefinition processDefinition = ProcessFactory.build()
        .node("initial").initial().behaviour(new WaitState())
          .transition().to("creditRate?")
        .node("creditRate?").behaviour(new AutomaticCreditRating())
          .transition("good").to("a")
          .transition("average").to("b")
          .transition("bad").to("c")
        .node("a").behaviour(new WaitState())
        .node("b").behaviour(new WaitState())
        .node("c").behaviour(new WaitState())
    .done();
   
    Execution execution = processDefinition.startExecution();
    execution.setVariable("creditRate", 13);
    execution.signal();
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public class _02_ConditionalBranchingTest extends TestCase {

  public void testCompositeConditionalBranching() {
    ProcessDefinition processDefinition = ProcessFactory.build()
        .compositeNode("creditRate?").initial().behaviour(new CompositeCreditRating())
          .node("good").behaviour(new WaitState())
          .node("average").behaviour(new WaitState())
          .node("bad").behaviour(new WaitState())
        .compositeEnd()
    .done();
   
    Map<String, Object> variables = new HashMap<String, Object>();
    variables.put("creditRate", 13);
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*/
public class _01_ExecutionAndThreadTest extends TestCase {

  public void testExecutionAndThread() {
    ProcessDefinition processDefinition = ProcessFactory.build("automatic")
        .node("wait 1").initial().behaviour(new WaitState())
          .transition().to("automatic 1")
        .node("automatic 1").behaviour(new Display("one"))
          .transition().to("wait 2")
        .node("wait 2").behaviour(new WaitState())
          .transition().to("automatic 2")
        .node("automatic 2").behaviour(new Display("two"))
          .transition().to("automatic 3")
        .node("automatic 3").behaviour(new Display("three"))
          .transition().to("automatic 4")
        .node("automatic 4").behaviour(new Display("four"))
          .transition().to("wait 3")
        .node("wait 3").behaviour(new WaitState())
    .done();
   
    Execution execution = processDefinition.startExecution();
    assertEquals("wait 1", execution.getNode().getName());
    execution.signal();
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Related Classes of org.jbpm.examples.ch02.Display

  • com.sun.jna.contrib.demo.AlphaMaskDemo
  • com.sun.jna.examples.AlphaMaskDemo
  • com.sun.jna.examples.KeyboardUtils$X11KeyboardUtils
  • com.sun.jna.examples.WindowUtils$X11WindowUtils
  • com.sun.jna.platform.KeyboardUtils$X11KeyboardUtils
  • com.sun.jna.platform.WindowUtils$X11WindowUtils
  • org.apache.commons.math3.distribution.BetaDistribution
  • org.apache.commons.math3.distribution.CauchyDistribution
  • org.apache.commons.math3.distribution.ChiSquaredDistribution
  • org.apache.commons.math3.distribution.ExponentialDistribution
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