Examples of org.rhq.core.pc.inventory.AvailabilityExecutor.call()

Class org.rhq.core.pc.inventory.AvailabilityExecutor

Examples of org.rhq.core.pc.inventory.AvailabilityExecutor.call()

org.rhq.core.pc.inventory.AvailabilityExecutor.call()
Returns the availability report that should be sent to the Server.
This will return null if there is nothing committed to inventory. Having no committed inventory is rare. There will be no committed inventory if this is a brand new agent whose inventory hasn't been committed yet or if the platform and all its children have been deleted (in which case the agent should be uninstalled, or the user will want to re-import the platform). The report can be empty if there is nothing to report. This can happen for a changesOnly report when there are no changes.
@return the report containing all the availabilities that need to be sent to the Server, or null ifthere is no inventory or nothing to report. The report can be empty @throws Exception if failed to create and prepare the report

    public void testAvailReport() throws Exception {
        Assert.assertTrue(pluginContainer.isStarted());
        Assert.assertTrue(pluginContainer.isRunning());
        AvailabilityExecutor executor = new ForceAvailabilityExecutor(this.pluginContainer.getInventoryManager());
        dumpContainers("testAvailReport() Start");
        AvailabilityReport report = executor.call();
        dumpContainers("testAvailReport() After First Avail Check");
        Assert.assertNotNull(report);
        Assert.assertEquals(report.isChangesOnlyReport(), false, "First report should have been a full report");
        List<Datum> availData = report.getResourceAvailability();
        for (Datum datum : availData) {

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        }
        AvailabilityExecutor.Scan scan = executor.getMostRecentScanHistory();
        assertScan(scan, true, true, 29, 29, 29, 28, 0, 0);


        // do a forced avail check again - nothing changed, so we should have an empty report
        report = executor.call();
        dumpContainers("testAvailReport() After Second Avail Check");
        Assert.assertNotNull(report);
        Assert.assertEquals(report.isChangesOnlyReport(), true, "Second report should have been changes-only");
        Assert.assertEquals(report.getResourceAvailability().isEmpty(), true, "Nothing changed, should be empty");
        scan = executor.getMostRecentScanHistory();

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        // make one of the top parents down and see all other children are down, force a scan of all to make sure we pick
        // up the changed resource.
        AvailResourceComponent downParent = this.parentComponents1.iterator().next();
        downParent.setNextAvailability(AvailabilityType.DOWN);
        report = executor.call();
        dumpContainers("testAvailReport() After Third Avail Check");
        Assert.assertNotNull(report);
        Assert.assertEquals(report.isChangesOnlyReport(), true, "report should have been changes-only");
        availData = report.getResourceAvailability();
        Assert.assertEquals(availData.size(), 7, "Should have 1 parent, its 2 children and 4 grandchildren");

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    @Test(groups = "pc.itest.avail", priority = 21)
    public void testScheduling() throws Exception {
        Assert.assertTrue(pluginContainer.isStarted());
        Assert.assertTrue(pluginContainer.isRunning());
        AvailabilityExecutor executor = new ForceAvailabilityExecutor(this.pluginContainer.getInventoryManager());
        AvailabilityReport report = executor.call();
        Assert.assertNotNull(report);
        Assert.assertEquals(report.isChangesOnlyReport(), false, "First report should have been a full report");
        List<Datum> availData = report.getResourceAvailability();
        for (Datum datum : availData) {
            assert datum.getResourceId() != 0 : "resource IDs should be != zero since it should be committed";

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    public void testForceChildrenOfParentUp() throws Exception {
        Assert.assertTrue(pluginContainer.isStarted());
        Assert.assertTrue(pluginContainer.isRunning());
        // don't use a ForceAvailabilityExecutor for this test, we want to manipulate what gets checked
        AvailabilityExecutor executor = new AvailabilityExecutor(this.pluginContainer.getInventoryManager());
        AvailabilityReport report = executor.call();
        Assert.assertNotNull(report);
        Assert.assertEquals(report.isChangesOnlyReport(), false, "First report should have been a full report");
        List<Datum> availData = report.getResourceAvailability();
        int numUp = 0;
        for (Datum datum : availData) {

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        }


        // a changes-only report, even though only 2 checks are scheduled, we should see checks for half
        // the resources, as the children will be forced. (they should change from null to UP).  The scheduled
        // checks should see their schedules pushed out, but the forced checks should be rescheduled randomly
        report = executor.call();
        Assert.assertNotNull(report);
        Assert.assertEquals(report.isChangesOnlyReport(), true, "Second report should have been changes-only");
        Assert.assertEquals(report.getResourceAvailability().size(), 14, "should report half the resources");
        availData = report.getResourceAvailability();
        for (Datum datum : availData) {

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    public void testDeferToParentDown() throws Exception {
        Assert.assertTrue(pluginContainer.isStarted());
        Assert.assertTrue(pluginContainer.isRunning());
        // don't use a ForceAvailabilityExecutor for this test, we want to manipulate what gets checked
        AvailabilityExecutor executor = new AvailabilityExecutor(this.pluginContainer.getInventoryManager());
        AvailabilityReport report = executor.call();
        Assert.assertNotNull(report);
        Assert.assertEquals(report.isChangesOnlyReport(), false, "First report should have been a full report");
        List<Datum> availData = report.getResourceAvailability();
        int numUp = 0;
        for (Datum datum : availData) {

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        // a changes-only report, even though only 2 checks are scheduled, we should see checks for half
        // the resources, as the children should defer to the DOWN parent. (they should change from null to DOWN).
        // The scheduled checks should see their schedules pushed out but the deferred checks should not, their
        // schedules remain unchanged in this scenario.
        report = executor.call();
        Assert.assertNotNull(report);
        Assert.assertEquals(report.isChangesOnlyReport(), true, "Second report should have been changes-only");
        Assert.assertEquals(report.getResourceAvailability().size(), 14, "should report half the resources");
        availData = report.getResourceAvailability();
        for (Datum datum : availData) {

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    public void testCheckOnlyEligible() throws Exception {
        Assert.assertTrue(pluginContainer.isStarted());
        Assert.assertTrue(pluginContainer.isRunning());
        // Force all the avails to UP to start so we can avoid the scenario in  testForceChildrenOfParentUp()
        AvailabilityExecutor executor = new ForceAvailabilityExecutor(this.pluginContainer.getInventoryManager());
        AvailabilityReport report = executor.call();
        Assert.assertNotNull(report);
        Assert.assertEquals(report.isChangesOnlyReport(), false, "First report should have been a full report");
        List<Datum> availData = report.getResourceAvailability();
        for (Datum datum : availData) {
            assert datum.getResourceId() != 0 : "resource IDs should be != zero since it should be committed";

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                c.setAvailabilityScheduleTime(later);
            }
        }


        // a changes-only report, check half the resources, no changes - should all be UP already. push out scheds for each
        report = executor.call();
        Assert.assertNotNull(report);
        Assert.assertEquals(report.isChangesOnlyReport(), true, "Second report should have been changes-only");
        Assert.assertEquals(report.getResourceAvailability().size(), 0, "no changes, everything was already up");
        availData = report.getResourceAvailability();
        for (Datum datum : availData) {

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