* Dynamically configures and launches multiple runtimes, coordinated by a main
* one.
*/
-public class RuntimeManagerMain implements RuntimeManager {
+public class RuntimeManagerMain {
private final static Logger logger = System.getLogger(RuntimeManagerMain.class.getName());
private final static String ENV_STATE_DIRECTORY = "STATE_DIRECTORY";
private Path baseWritableArea;
private Map<String, String> configuration = new HashMap<>();
- private Map<String, OsgiRuntimeContext> runtimeContexts = new TreeMap<>();
-
RuntimeManagerMain(Path configArea, Path stateArea) {
RuntimeManager.loadConfig(configArea, configuration);
- configuration.put(InitConstants.PROP_OSGI_CONFIGURATION_AREA, stateArea.resolve(STATE).toUri().toString());
+
+ // integration with OSGi runtime; this will be read by the init bundle
+ configuration.put(ServiceMain.PROP_ARGEO_INIT_MAIN, "true");
+ configuration.put(InitConstants.PROP_OSGI_SHARED_CONFIGURATION_AREA, configArea.toUri().toString());
+
+ configuration.put(InitConstants.PROP_OSGI_CONFIGURATION_AREA, stateArea.resolve(RuntimeManager.STATE).toUri().toString());
// use config area if instance area is not set
if (!configuration.containsKey(InitConstants.PROP_OSGI_INSTANCE_AREA))
- configuration.put(InitConstants.PROP_OSGI_INSTANCE_AREA, stateArea.resolve(DATA).toUri().toString());
+ configuration.put(InitConstants.PROP_OSGI_INSTANCE_AREA, stateArea.resolve(RuntimeManager.DATA).toUri().toString());
this.baseConfigArea = configArea.getParent();
this.baseWritableArea = stateArea.getParent();
// shutdown on exit
Runtime.getRuntime().addShutdownHook(new Thread(() -> shutdown(), "Runtime shutdown"));
- BundleContext bc = managerRuntimeContext.getFramework().getBundleContext();
- // uninstall init as a bundle since it will be available via OSGi system
- OsgiBoot.uninstallBundles(bc, SYMBOLIC_NAME_INIT);
- bc.registerService(RuntimeManager.class, this, new Hashtable<>(configuration));
+// BundleContext bc = managerRuntimeContext.getFramework().getBundleContext();
+// // uninstall init as a bundle since it will be available via OSGi system
+// OsgiBoot.uninstallBundles(bc, SYMBOLIC_NAME_INIT);
+// bc.registerService(RuntimeManager.class, this, new Hashtable<>(configuration));
logger.log(Level.DEBUG, "Registered runtime manager");
managerRuntimeContext.waitForStop(0);
}
protected void shutdown() {
- // shutdowm runtimes
- Map<String, RuntimeContext> shutdowning = new HashMap<>(runtimeContexts);
- for (String id : new HashSet<>(runtimeContexts.keySet())) {
- logger.log(Logger.Level.DEBUG, "Shutting down runtime " + id + " ...");
- closeRuntime(id, true);
- }
- for (String id : shutdowning.keySet())
- try {
- RuntimeContext runtimeContext = shutdowning.get(id);
- runtimeContext.waitForStop(RUNTIME_SHUTDOWN_TIMEOUT);
- } catch (InterruptedException e) {
- // silent
- } catch (Exception e) {
- logger.log(Logger.Level.DEBUG, "Cannot wait for " + id + " to shutdown", e);
- }
// shutdown manager runtime
try {
InternalState.getMainRuntimeContext().close();
}
}
- OsgiRuntimeContext loadRuntime(String relPath, Consumer<Map<String, String>> configCallback) {
- closeRuntime(relPath, false);
- Path writableArea = baseWritableArea.resolve(relPath);
- Path configArea = baseConfigArea.resolve(relPath);
- Map<String, String> config = new HashMap<>();
- RuntimeManager.loadConfig(configArea, config);
- config.put(InitConstants.PROP_OSGI_CONFIGURATION_AREA, writableArea.resolve(STATE).toUri().toString());
-
- if (configCallback != null)
- configCallback.accept(config);
-
- // use config area if instance area is not set
- if (!config.containsKey(InitConstants.PROP_OSGI_INSTANCE_AREA))
- config.put(InitConstants.PROP_OSGI_INSTANCE_AREA, writableArea.resolve(DATA).toUri().toString());
-
- OsgiRuntimeContext runtimeContext = new OsgiRuntimeContext(config);
- runtimeContexts.put(relPath, runtimeContext);
- return runtimeContext;
- }
-
- public void startRuntime(String relPath, Consumer<Map<String, String>> configCallback) {
- OsgiRuntimeContext runtimeContext = loadRuntime(relPath, configCallback);
- runtimeContext.run();
- Framework framework = runtimeContext.getFramework();
- if (framework != null) {// in case the framework has closed very quickly after run
- framework.getBundleContext().addFrameworkListener((e) -> {
- if (e.getType() >= FrameworkEvent.STOPPED) {
- logger.log(Level.DEBUG, "Externally stopped runtime " + relPath + ". Unregistering...", e);
- runtimeContexts.remove(relPath);
- }
- });
- } else {
- closeRuntime(relPath, false);
- }
- }
-
- public void closeRuntime(String relPath, boolean async) {
- if (!runtimeContexts.containsKey(relPath))
- return;
- RuntimeContext runtimeContext = runtimeContexts.get(relPath);
- try {
- runtimeContext.close();
- if (!async) {
- runtimeContext.waitForStop(RUNTIME_SHUTDOWN_TIMEOUT);
- System.gc();
- }
- } catch (Exception e) {
- logger.log(Level.ERROR, "Cannot close runtime context " + relPath, e);
- } finally {
- runtimeContexts.remove(relPath);
- }
-
- }
-
public static void main(String[] args) {
ThinLoggerFinder.reloadConfiguration();
logger.log(Logger.Level.DEBUG, () -> "Argeo Init starting with PID " + ProcessHandle.current().pid());