Examples of org.osgi.framework.Bundle.start()

org.osgi.framework.Bundle.start()
Starts this bundle.
If this bundle's state is UNINSTALLED then an IllegalStateException is thrown.
If the Framework implements the optional Start Level service and the current start level is less than this bundle's start level:
- If the {@link #START_TRANSIENT} option is set, then aBundleException is thrown indicating this bundle cannot be started due to the Framework's current start level.
- Otherwise, the Framework must set this bundle's persistent autostart setting to Started with declared activation if the {@link #START_ACTIVATION_POLICY} option is set orStarted with eager activation if not set.
When the Framework's current start level becomes equal to or more than this bundle's start level, this bundle will be started.
Otherwise, the following steps are required to start this bundle:
1. If this bundle is in the process of being activated or deactivated then this method must wait for activation or deactivation to complete before continuing. If this does not occur in a reasonable time, a BundleException is thrown to indicate this bundle was unable to be started.
2. If this bundle's state is ACTIVE then this method returns immediately.
3. If the {@link #START_TRANSIENT} option is not set then set thisbundle's autostart setting to Started with declared activation if the {@link #START_ACTIVATION_POLICY} option is set orStarted with eager activation if not set. When the Framework is restarted and this bundle's autostart setting is not Stopped, this bundle must be automatically started.
4. If this bundle's state is not RESOLVED, an attempt is made to resolve this bundle. If the Framework cannot resolve this bundle, a BundleException is thrown.
5. If the {@link #START_ACTIVATION_POLICY} option is set and thisbundle's declared activation policy is {@link Constants#ACTIVATION_LAZY lazy} then:
  - If this bundle's state is STARTING then this method returns immediately.
  - This bundle's state is set to STARTING.
  - A bundle event of type {@link BundleEvent#LAZY_ACTIVATION} is fired.
  - This method returns immediately and the remaining steps will be followed when this bundle's activation is later triggered.
6. This bundle's state is set to STARTING.
7. A bundle event of type {@link BundleEvent#STARTING} is fired.
8. The {@link BundleActivator#start} method of this bundle'sBundleActivator, if one is specified, is called. If the BundleActivator is invalid or throws an exception then:
  - This bundle's state is set to STOPPING.
  - A bundle event of type {@link BundleEvent#STOPPING} is fired.
  - Any services registered by this bundle must be unregistered.
  - Any services used by this bundle must be released.
  - Any listeners registered by this bundle must be removed.
  - This bundle's state is set to RESOLVED.
  - A bundle event of type {@link BundleEvent#STOPPED} is fired.
  - A BundleException is then thrown.
9. If this bundle's state is UNINSTALLED, because this bundle was uninstalled while the BundleActivator.start method was running, a BundleException is thrown.
10. This bundle's state is set to ACTIVE.
11. A bundle event of type {@link BundleEvent#STARTED} is fired.
Preconditions
- getState() in { INSTALLED, RESOLVED } or { INSTALLED, RESOLVED, STARTING } if this bundle has a lazy activation policy.
Postconditions, no exceptions thrown
- Bundle autostart setting is modified unless the {@link #START_TRANSIENT} option was set.
- getState() in { ACTIVE } unless the lazy activation policy was used.
- BundleActivator.start() has been called and did not throw an exception unless the lazy activation policy was used.
Postconditions, when an exception is thrown
- Depending on when the exception occurred, bundle autostart setting is modified unless the {@link #START_TRANSIENT} option was set.
- getState() not in { STARTING, ACTIVE }.
@param options The options for starting this bundle. See{@link #START_TRANSIENT} and {@link #START_ACTIVATION_POLICY}. The Framework must ignore unrecognized options. @throws BundleException If this bundle could not be started. This couldbe because a code dependency could not be resolved or the specified BundleActivator could not be loaded or threw an exception or this bundle is a fragment. @throws IllegalStateException If this bundle has been uninstalled or thisbundle tries to change its own state. @throws SecurityException If the caller does not have the appropriateAdminPermission[this,EXECUTE], and the Java Runtime Environment supports permissions. @since 1.4

    {
        // 1. Bundle registers service with pid1
        final String pid = "test_two_bundles_one_pid";
        final Bundle bundleA = installBundle( pid, ManagedServiceTestActivator.class );
        final String locationA = bundleA.getLocation();
        bundleA.start();
        delay();


        // call back with null
        final ManagedServiceTestActivator tester = ManagedServiceTestActivator.INSTANCE;
        TestCase.assertNull( tester.props );

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        // 4. Stop BundleA
        bundleA.stop();
        delay();


        // 5. Start BundleA
        bundleA.start();
        delay();


        // ==> call back with the prop.
        final ManagedServiceTestActivator tester2 = ManagedServiceTestActivator.INSTANCE;
        TestCase.assertNotNull( tester2.props );

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        // Test 2


        // 8. BundleA registers ManagedService with pid1.
        final Bundle bundleA2 = installBundle( pid, ManagedServiceTestActivator.class );
        final String locationA2 = bundleA.getLocation();
        bundleA2.start();
        delay();


        // call back with null
        final ManagedServiceTestActivator tester21 = ManagedServiceTestActivator.INSTANCE;
        TestCase.assertNull( tester21.props );

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        final String locationA = "test:location/A/" + pid;
        final Configuration config = configure( pid, locationA, true );


        // 3. register ManagedService ms1 with pid from said locationA
        final Bundle bundleA = installBundle( pid, ManagedServiceTestActivator.class, locationA );
        bundleA.start();
        delay();


        // ==> configuration supplied to the service ms1
        final ManagedServiceTestActivator testerA1 = ManagedServiceTestActivator.INSTANCE;
        TestCase.assertNotNull( testerA1.props );

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        TestCase.assertEquals( 1, testerA1.numManagedServiceUpdatedCalls );


        // 4. register ManagedService ms2 with pid from locationB
        final String locationB = "test:location/B/" + pid;
        final Bundle bundleB = installBundle( pid, ManagedServiceTestActivator2.class, locationB );
        bundleB.start();
        delay();


        // ==> invisible configuration supplied as null to service ms2
        final ManagedServiceTestActivator2 testerB1 = ManagedServiceTestActivator2.INSTANCE;
        TestCase.assertNull( testerB1.props );

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        final String locationA = "test:location/A/" + pid;
        final Configuration config = configure( pid, null, true );


        // 3. register ManagedService ms1 with pid from locationA
        final Bundle bundleA = installBundle( pid, ManagedServiceTestActivator.class, locationA );
        bundleA.start();
        delay();


        // ==> configuration supplied to the service ms1
        final ManagedServiceTestActivator testerA1 = ManagedServiceTestActivator.INSTANCE;
        TestCase.assertNotNull( testerA1.props );

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        TestCase.assertEquals( locationA, config.getBundleLocation() );


        // 4. register ManagedService ms2 with pid from locationB
        final String locationB = "test:location/B/" + pid;
        final Bundle bundleB = installBundle( pid, ManagedServiceTestActivator2.class, locationB );
        bundleB.start();
        delay();


        // ==> invisible configuration supplied as null to service ms2
        final ManagedServiceTestActivator2 testerB1 = ManagedServiceTestActivator2.INSTANCE;
        TestCase.assertNull( testerB1.props );

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        final Configuration config = createFactoryConfiguration( factoryPid, locationA, true );
        final String pid = config.getPid();


        // 3. register ManagedService ms1 with pid from said locationA
        final Bundle bundleA = installBundle( factoryPid, ManagedServiceFactoryTestActivator.class, locationA );
        bundleA.start();
        delay();


        // ==> configuration supplied to the service ms1
        final ManagedServiceFactoryTestActivator testerA1 = ManagedServiceFactoryTestActivator.INSTANCE;
        TestCase.assertNotNull( testerA1.configs.get( pid ) );

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        TestCase.assertEquals( 1, testerA1.numManagedServiceFactoryUpdatedCalls );


        // 4. register ManagedService ms2 with pid from locationB
        final String locationB = "test:location/B/" + factoryPid;
        final Bundle bundleB = installBundle( factoryPid, ManagedServiceFactoryTestActivator2.class, locationB );
        bundleB.start();
        delay();


        // ==> configuration not supplied to service ms2
        final ManagedServiceFactoryTestActivator2 testerB1 = ManagedServiceFactoryTestActivator2.INSTANCE;
        TestCase.assertNull( testerB1.configs.get( pid ));

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        TestCase.assertNull( config.getBundleLocation() );


        // 3. register ManagedService ms1 with pid from said locationA
        final Bundle bundleA = installBundle( factoryPid, ManagedServiceFactoryTestActivator.class, locationA );
        bundleA.start();
        delay();


        // ==> configuration supplied to the service ms1
        final ManagedServiceFactoryTestActivator testerA1 = ManagedServiceFactoryTestActivator.INSTANCE;
        TestCase.assertNotNull( testerA1.configs.get( pid ) );

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