package org.tanukisoftware.wrapper.test; /* * Copyright (c) 1999, 2022 Tanuki Software, Ltd. * http://www.tanukisoftware.com * All rights reserved. * * This software is the proprietary information of Tanuki Software. * You shall use it only in accordance with the terms of the * license agreement you entered into with Tanuki Software. * http://wrapper.tanukisoftware.com/doc/english/licenseOverview.html * * * Portions of the Software have been derived from source code * developed by Silver Egg Technology under the following license: * * Copyright (c) 2001 Silver Egg Technology * * Permission is hereby granted, free of charge, to any person * obtaining a copy of this software and associated documentation * files (the "Software"), to deal in the Software without * restriction, including without limitation the rights to use, * copy, modify, merge, publish, distribute, sub-license, and/or * sell copies of the Software, and to permit persons to whom the * Software is furnished to do so, subject to the following * conditions: * * The above copyright notice and this permission notice shall be * included in all copies or substantial portions of the Software. */ import java.io.BufferedReader; import java.io.InputStream; import java.io.InputStreamReader; import java.io.IOException; import java.io.UnsupportedEncodingException; import java.util.Enumeration; import java.util.Properties; import java.text.SimpleDateFormat; import java.util.Date; import org.tanukisoftware.wrapper.WrapperManager; import org.tanukisoftware.wrapper.WrapperProcess; import org.tanukisoftware.wrapper.WrapperProcessConfig; import org.tanukisoftware.wrapper.WrapperServiceException; import org.tanukisoftware.wrapper.WrapperWin32Service; import org.tanukisoftware.wrapper.event.WrapperControlEvent; import org.tanukisoftware.wrapper.event.WrapperEvent; import org.tanukisoftware.wrapper.event.WrapperEventListener; /** * @author Tanuki Software Development Team <support@tanukisoftware.com> */ public abstract class AbstractActionApp implements WrapperEventListener { private static String c_encoding; private DeadlockPrintStream m_out; private DeadlockPrintStream m_err; private Thread m_runner; private Thread m_consoleRunner; private boolean m_ignoreControlEvents; private boolean m_users; private boolean m_groups; private boolean m_nestedExit; private long m_eventMask = 0xffffffffffffffffL; private int m_slowSeconds = 0; private int m_suspendSeconds = 0; private String m_serviceName = "testWrapper"; private String m_consoleTitle = "Java Service Wrapper"; private String m_childCommand = "ls"; private boolean m_childDetached = true; /*--------------------------------------------------------------- * Static Methods *-------------------------------------------------------------*/ static { // In order to read the output from some processes correctly we need to get the correct encoding. // On some systems, the underlying system encoding is different than the file encoding. c_encoding = System.getProperty( "sun.jnu.encoding" ); if ( c_encoding == null ) { c_encoding = System.getProperty( "file.encoding" ); if ( c_encoding == null ) { // Default to Latin1 c_encoding = "Cp1252"; } } } /*--------------------------------------------------------------- * Constructors *-------------------------------------------------------------*/ protected AbstractActionApp() { m_runner = new Thread( "WrapperActionTest_Runner" ) { public void run() { while ( true ) { if ( m_users ) { System.out.println( Main.getRes().getString( "The current user is: {0}", WrapperManager.getUser( m_groups ) ) ); System.out.println( Main.getRes().getString( "The current interactive user is: {0}" , WrapperManager.getInteractiveUser( m_groups ) ) ); } synchronized( AbstractActionApp.class ) { try { AbstractActionApp.class.wait( 5000 ); } catch ( InterruptedException e ) { } } } } }; m_runner.setDaemon( true ); m_runner.start(); } /*--------------------------------------------------------------- * WrapperEventListener Methods *-------------------------------------------------------------*/ /** * Called whenever a WrapperEvent is fired. The exact set of events that a * listener will receive will depend on the mask supplied when * WrapperManager.addWrapperEventListener was called to register the * listener. * * Listener implementations should never assume that they will only receive * events of a particular type. To assure that events added to future * versions of the Wrapper do not cause problems with user code, events * should always be tested with "if ( event instanceof {EventClass} )" * before casting it to a specific event type. * * @param event WrapperEvent which was fired. */ public void fired( WrapperEvent event ) { System.out.println( Main.getRes().getString( "Received event: {0}", event ) ); if ( event instanceof WrapperControlEvent ) { System.out.println( Main.getRes().getString( " Consume and ignore." ) ); ((WrapperControlEvent)event).consume(); } } /*--------------------------------------------------------------- * Methods *-------------------------------------------------------------*/ protected boolean ignoreControlEvents() { return m_ignoreControlEvents; } protected boolean isNestedExit() { return m_nestedExit; } protected void setEventMask( long eventMask ) { m_eventMask = eventMask; } protected void setSlowSeconds( int slowSeconds ) { m_slowSeconds = slowSeconds; } protected void setSuspendSeconds( int suspendSeconds ) { m_suspendSeconds = suspendSeconds; } protected void setServiceName( String serviceName ) { m_serviceName = serviceName; } protected void setConsoleTitle( String consoleTitle ) { m_consoleTitle = consoleTitle; } protected void setChildParams( String childCommand, boolean childDetached ) { m_childCommand = childCommand; m_childDetached = childDetached; } protected void prepareSystemOutErr() { boolean streamsSet = false; if ( "true".equals( System.getProperty( "wrapper.use_sun_encoding" ) ) ) { String sunStdoutEncoding = System.getProperty( "sun.stdout.encoding" ); if ( ( sunStdoutEncoding != null ) && !sunStdoutEncoding.equals( System.getProperty( "file.encoding" ) ) ) { /* We need to create the stream using the same encoding as the one used for stdout, else this will lead to encoding issues. */ try { m_out = new DeadlockPrintStream( System.out, false, sunStdoutEncoding ); m_err = new DeadlockPrintStream( System.err, false, sunStdoutEncoding ); streamsSet = true; } catch ( UnsupportedEncodingException e ) { /* This should not happen because we always make sure the encoding exists before launching a JVM. * If any of the above streams failed, we want to fall back to streams that use the same encoding. * This message can be localized because we did not redirect the streams yet. */ System.out.println( Main.getRes().getString( "Failed to set the encoding ''{0}'' when creating a DeadlockPrintStream.\n Make sure the value of sun.stdout.encoding is correct.", sunStdoutEncoding ) ); } } } if ( !streamsSet ) { m_out = new DeadlockPrintStream( System.out ); m_err = new DeadlockPrintStream( System.err ); } System.setOut( m_out ); System.setErr( m_err ); } protected void updateEventListener() { WrapperManager.removeWrapperEventListener( this ); WrapperManager.addWrapperEventListener( this, m_eventMask ); } protected boolean doAction( String action ) { if ( action.equals( "stop0" ) ) { WrapperManager.stop( 0 ); } else if ( action.equals( "stop1" ) ) { WrapperManager.stop( 1 ); } else if ( action.equals( "exit0" ) ) { System.exit( 0 ); } else if ( action.equals( "exit1" ) ) { System.exit( 1 ); } else if ( action.equals( "nestedexit1" ) ) { m_nestedExit = true; WrapperManager.stop( 1 ); } else if ( action.equals( "stopimmediate0" ) ) { WrapperManager.stopImmediate( 0 ); } else if ( action.equals( "stopimmediate1" ) ) { WrapperManager.stopImmediate( 1 ); } else if ( action.equals( "stopandreturn0" ) ) { WrapperManager.stopAndReturn( 0 ); } else if ( action.equals( "halt0" ) ) { Runtime.getRuntime().halt( 0 ); } else if ( action.equals( "halt1" ) ) { Runtime.getRuntime().halt( 1 ); } else if ( action.equals( "restart" ) ) { WrapperManager.restart(); } else if ( action.equals( "restartandreturn" ) ) { WrapperManager.restartAndReturn(); } else if ( action.equals( "access_violation" ) ) { // The bug we used to cause this is not in most modern VMs so this is not shown by default. WrapperManager.accessViolation(); } else if ( action.equals( "access_violation_native" ) ) { WrapperManager.accessViolationNative(); } else if ( action.equals( "exception_native" ) ) { WrapperManager.raiseExceptionNative( 0x12345678 ); } else if ( action.equals( "ff_exception_native" ) ) { WrapperManager.raiseFailFastExceptionNative(); } else if ( action.equals( "appear_hung" ) ) { WrapperManager.appearHung(); } else if ( action.equals( "appear_slow" ) ) { WrapperManager.appearSlow( m_slowSeconds ); } else if ( action.equals( "appear_slow_1" ) ) { WrapperManager.appearSlow( 1 ); } else if ( action.equals( "appear_slow_5" ) ) { WrapperManager.appearSlow( 5 ); } else if ( action.equals( "appear_slow_reset" ) ) { WrapperManager.appearSlow( 0 ); } else if ( action.equals( "deadlock" ) ) { if ( WrapperManager.isStandardEdition() ) { System.out.println( Main.getRes().getString( "Creating a 2-object deadlock...") ); DeadLockBase.create2ObjectDeadlock( false, false ); } else { System.out.println( Main.getRes().getString( "Deadlock checks require the Standard Edition.") ); } } else if ( action.equals( "outofmemory" ) ) { throw new OutOfMemoryError(); } else if ( action.equals( "ignore_events" ) ) { m_ignoreControlEvents = true; } else if ( action.equals( "dump" ) ) { WrapperManager.requestThreadDump(); } else if ( action.equals( "deadlock_out" ) ) { System.out.println( Main.getRes().getString( "Deadlocking System.out and System.err..." ) ); m_out.setDeadlock( true ); m_err.setDeadlock( true ); } else if ( action.equals( "suspend_timeouts" ) ) { if ( WrapperManager.isStandardEdition() ) { WrapperManager.suspendTimeouts( m_suspendSeconds ); } else { System.out.println( Main.getRes().getString( "Suspending/Resuming timeouts requires the Standard Edition.") ); } } else if ( action.equals( "suspend_timeouts_10" ) ) { if ( WrapperManager.isStandardEdition() ) { WrapperManager.suspendTimeouts( 10 ); } else { System.out.println( Main.getRes().getString( "Suspending/Resuming timeouts requires the Standard Edition.") ); } } else if ( action.equals( "suspend_timeouts_60" ) ) { if ( WrapperManager.isStandardEdition() ) { WrapperManager.suspendTimeouts( 60 ); } else { System.out.println( Main.getRes().getString( "Suspending/Resuming timeouts requires the Standard Edition.") ); } } else if ( action.equals( "resume_timeouts" ) ) { if ( WrapperManager.isStandardEdition() ) { WrapperManager.resumeTimeouts(); } else { System.out.println( Main.getRes().getString( "Suspending/Resuming timeouts requires the Standard Edition.") ); } } else if ( action.equals( "users" ) ) { if ( !m_users ) { System.out.println( Main.getRes().getString( "Begin polling the current and interactive users." ) ); m_users = true; } else if ( m_groups ) { System.out.println( Main.getRes().getString("Stop polling for group info." ) ); m_groups = false; } else { System.out.println( Main.getRes().getString("Stop polling the current and interactive users." ) ); m_users = false; } synchronized( AbstractActionApp.class ) { AbstractActionApp.class.notifyAll(); } } else if ( action.equals( "groups" ) ) { if ( ( !m_users ) || ( !m_groups ) ) { System.out.println( Main.getRes().getString( "Begin polling the current and interactive users with group info." ) ); m_users = true; m_groups = true; } else { System.out.println( Main.getRes().getString( "Stop polling for group info." ) ); m_groups = false; } synchronized( AbstractActionApp.class ) { AbstractActionApp.class.notifyAll(); } } else if ( action.equals( "console" ) ) { if ( m_consoleRunner == null ) { m_consoleRunner = new Thread( "console-runner" ) { public void run() { System.out.println( Main.getRes().getString( "Start prompting for actions." ) ); try { BufferedReader r = new BufferedReader(new InputStreamReader(System.in)); String line; try { do { System.out.println( Main.getRes().getString( "Input an action (''help'' for a list of actions):") ); int count = 0; int maxTries = 10; while( true ) { /* On some old JVMs, we may get an "Interrupted system call" exception if a child process is writing some output while tying to read from here. * It would most likely work if we try again though. */ try { line = r.readLine(); break; } catch ( IOException e ) { if ( ( e.toString().indexOf( "Interrupted system call" ) == -1 ) || ( ++count == maxTries ) ) { throw e; } } } if ( line != null ) { if ( !line.equals("") ) { System.out.println(Main.getRes().getString( "Read action: {0}", line ) ); if ( !doAction( line ) ) { if ( !line.equals( "help" ) ) { System.out.println( Main.getRes().getString( "Unknown action: {0}", line ) ); } printActions(); } } else { System.out.println(Main.getRes().getString( "Read action: " ) ); } } else { // EOF System.out.println(Main.getRes().getString( "Stdin was closed." ) ); break; } } while ( true ); } catch ( IOException e ) { e.printStackTrace(); } } finally { System.out.println( Main.getRes().getString( "Stop prompting for actions." ) ); System.out.println(); m_consoleRunner = null; } } }; m_consoleRunner.setDaemon( true ); m_consoleRunner.start(); } } else if ( action.equals( "idle" ) ) { System.out.println( Main.getRes().getString( "Run idle." ) ); m_users = false; m_groups = false; synchronized( AbstractActionApp.class ) { AbstractActionApp.class.notifyAll(); } } else if ( action.equals( "properties" ) ) { System.out.println( Main.getRes().getString( "Dump System Properties:" ) ); Properties props = System.getProperties(); for ( Enumeration en = props.propertyNames(); en.hasMoreElements(); ) { String name = (String)en.nextElement(); System.out.println( " " + name + "=" + props.getProperty( name ) ); } System.out.println(); } else if ( action.equals( "configuration" ) ) { System.out.println( Main.getRes().getString( "Dump Wrapper Properties:" ) ); Properties props = WrapperManager.getProperties(); for ( Enumeration en = props.propertyNames(); en.hasMoreElements(); ) { String name = (String)en.nextElement(); System.out.println( " " + name + "=" + props.getProperty( name ) ); } System.out.println(); } else if ( action.equals( "listener" ) ) { System.out.println( Main.getRes().getString( "Updating Event Listeners:" ) ); updateEventListener(); } else if ( action.equals( "service_list" ) ) { /* for ( int i = 0; i < 1000; i++ ) { WrapperWin32Service[] services = WrapperManager.listServices(); } */ WrapperWin32Service[] services = WrapperManager.listServices(); if ( services == null ) { System.out.println( Main.getRes().getString( "Services not supported by current platform." ) ); } else { System.out.println( Main.getRes().getString( "Registered Services:" ) ); for ( int i = 0; i < services.length; i++ ) { System.out.println( " " + services[i] ); } } } else if ( action.equals( "service_interrogate" ) ) { try { /* for ( int i = 0; i < 10000; i++ ) { WrapperWin32Service service = WrapperManager.sendServiceControlCode( m_serviceName, WrapperManager.SERVICE_CONTROL_CODE_INTERROGATE ); } */ WrapperWin32Service service = WrapperManager.sendServiceControlCode( m_serviceName, WrapperManager.SERVICE_CONTROL_CODE_INTERROGATE ); System.out.println( Main.getRes().getString( "Service after interrogate: {0}", service ) ); } catch ( WrapperServiceException e ) { e.printStackTrace(); } } else if ( action.equals( "service_start" ) ) { try { WrapperWin32Service service = WrapperManager.sendServiceControlCode( m_serviceName, WrapperManager.SERVICE_CONTROL_CODE_START ); System.out.println( Main.getRes().getString( "Service after start: {0}", service ) ); } catch ( WrapperServiceException e ) { e.printStackTrace(); } } else if ( action.equals( "service_stop" ) ) { try { WrapperWin32Service service = WrapperManager.sendServiceControlCode( m_serviceName, WrapperManager.SERVICE_CONTROL_CODE_STOP ); System.out.println( Main.getRes().getString( "Service after stop: {0}", service ) ); } catch ( WrapperServiceException e ) { e.printStackTrace(); } } else if ( action.equals( "service_user" ) ) { try { for ( int i = 128; i < 256; i+=10 ) { WrapperWin32Service service = WrapperManager.sendServiceControlCode( m_serviceName, i ); System.out.println( Main.getRes().getString( "Service after user code {0} : {1}", new Integer( i ), service ) ); } } catch ( WrapperServiceException e ) { e.printStackTrace(); } } else if ( action.equals( "console_title" ) ) { if ( !WrapperManager.isWindows() ) { System.out.println( Main.getRes().getString( "Setting the console title not supported on UNIX platforms." ) ); // The call is fine but it doesn't do anything. } WrapperManager.setConsoleTitle( m_consoleTitle ); } else if ( action.equals( "child_exec" ) ) { // This command is really meant only to be used by the GUI but can also be called from the console if known. doExec( m_childCommand, m_childDetached ); } else if ( action.equals( "gc" ) ) { System.out.println( Main.getRes().getString( "Begin GC..." ) ); System.gc(); System.out.println( Main.getRes().getString( "GC complete." ) ); } else if ( action.equals( "is_professional" ) ) { System.out.println( Main.getRes().getString( "Professional Edition: " ) + WrapperManager.isProfessionalEdition() ); } else if ( action.equals( "is_standard" ) ) { System.out.println( Main.getRes().getString( "Standard Edition: " ) + WrapperManager.isStandardEdition() ); } else if ( action.equals( "current_time" ) ) { SimpleDateFormat df = new SimpleDateFormat( "yyyy-MM-dd HH:mm:ss.SSS" ); System.out.println( df.format( new Date() ) + " - " + System.getProperty( "user.timezone" ) ); } else if ( action.startsWith( "exec " ) && ( action.length() > 5 ) ) { String command = action.substring( 5 ); doExec( command, false ); } else if ( action.startsWith( "exec_detached " ) && ( action.length() > 14 ) ) { String command = action.substring( 14 ); doExec( command, true ); } else { // Unknown action return false; } return true; } private static Thread handleInputStream( final InputStream is, final String encoding, String pid, String pipeName ) { final String label = Main.getRes().getString( " Process #{0} {1}", pid, pipeName ); Thread runner = new Thread( "exec_runner_" + pipeName + "_" + pid ) { public void run() { BufferedReader br; String line; try { br = new BufferedReader( new InputStreamReader( is, encoding ) ); try { while ( ( line = br.readLine() ) != null ) { System.out.println( label + ": " + line ); } } finally { br.close(); } } catch ( IOException e ) { e.printStackTrace(); } } }; runner.start(); return runner; } private void doExec( String command, boolean detached ) { try { WrapperProcessConfig processConfig = new WrapperProcessConfig(); processConfig.setDetached( detached ); String type; if ( command.startsWith( "FORK_EXEC " ) ) { processConfig.setStartType( WrapperProcessConfig.FORK_EXEC ); type = "FORK_EXEC"; command = command.substring( 10 ); } else if ( command.startsWith( "POSIX_SPAWN " ) ) { processConfig.setStartType( WrapperProcessConfig.POSIX_SPAWN ); type = "POSIX_SPAWN"; command = command.substring( 12 ); } else if ( command.startsWith( "VFORK_EXEC " ) ) { processConfig.setStartType( WrapperProcessConfig.VFORK_EXEC ); type = "VFORK_EXEC"; command = command.substring( 11 ); } else if ( command.startsWith( "DYNAMIC " ) ) { processConfig.setStartType( WrapperProcessConfig.DYNAMIC ); type = "DYNAMIC"; command = command.substring( 8 ); } else { type = "DYNAMIC"; } if ( detached ) { System.out.println( Main.getRes().getString( "Execute Detached Child Process with type {0}: {1}", type, command ) ); } else { System.out.println( Main.getRes().getString( "Execute Managed Child Process: with type {0}: {1}", type, command ) ); } final WrapperProcess process = WrapperManager.exec( command, processConfig ); final String pid = Integer.toString( process.getPID() ); System.out.println( Main.getRes().getString( " Process #{0} launched.", pid ) ); final Thread outRunner = handleInputStream( process.getInputStream(), c_encoding, pid, "stdout" ); final Thread errRunner = handleInputStream( process.getErrorStream(), c_encoding, pid, "stderr" ); Thread runner = new Thread( "exec_runner_process_" + pid ) { public void run() { try { // Wait for the stdout and stderr reader threads to complete before we say the process completed to avoid confusion. outRunner.join(); errRunner.join(); System.out.println( Main.getRes().getString( " Process #{0} terminated with exitCode={1}", pid, Integer.toString( process.waitFor() ) ) ); } catch ( Throwable t ) { System.out.println( Main.getRes().getString( " Process #{0} unexpected error: {1} ", pid, t.getMessage() ) ); t.printStackTrace(); } } }; runner.start(); } catch ( Throwable t ) { System.out.println( Main.getRes().getString( "Failed to launch child process: {0}", t.getMessage() ) ); t.printStackTrace(); } } /*--------------------------------------------------------------- * Static Methods *-------------------------------------------------------------*/ protected static void printActions() { System.err.println( "" ); System.err.println( Main.getRes().getString( "[ACTIONS]" ) ); System.err.println( Main.getRes().getString( " help : Shows this help message" ) ); System.err.println( Main.getRes().getString( " Actions which should cause the Wrapper to exit cleanly:" ) ); System.err.println( Main.getRes().getString( " stop0 : Calls WrapperManager.stop(0)" ) ); System.err.println( Main.getRes().getString( " exit0 : Calls System.exit(0)" ) ); System.err.println( Main.getRes().getString( " stopimmediate0 : Calls WrapperManager.stopImmediate(0)" ) ); System.err.println( Main.getRes().getString( " stopandreturn0 : Calls WrapperManager.stopAndReturn(0)" ) ); System.err.println( Main.getRes().getString( " Actions which should cause the Wrapper to exit in an error state:" ) ); System.err.println( Main.getRes().getString( " stop1 : Calls WrapperManager.stop(1)" ) ); System.err.println( Main.getRes().getString( " exit1 : Calls System.exit(1)" ) ); System.err.println( Main.getRes().getString( " nestedexit1 : Calls System.exit(1) within WrapperListener.stop(1) callback" ) ); System.err.println( Main.getRes().getString( " stopimmediate1 : Calls WrapperManager.stopImmediate(1)" ) ); System.err.println( Main.getRes().getString( " Actions which should cause the Wrapper to restart the JVM:" ) ); System.err.println( Main.getRes().getString( " access_violation_native : Calls WrapperManager.accessViolationNative()" ) ); if ( WrapperManager.isWindows() ) { System.err.println( Main.getRes().getString( " exception_native : Calls WrapperManager.raiseExceptionNative()" ) ); System.err.println( Main.getRes().getString( " ff_exception_native : Calls WrapperManager.raiseFailFastExceptionNative()" ) ); } System.err.println( Main.getRes().getString( " appear_hung : Calls WrapperManager.appearHung()" ) ); System.err.println( Main.getRes().getString( " halt0 : Calls Runtime.getRuntime().halt(0)" ) ); System.err.println( Main.getRes().getString( " halt1 : Calls Runtime.getRuntime().halt(1)" ) ); System.err.println( Main.getRes().getString( " restart : Calls WrapperManager.restart()" ) ); System.err.println( Main.getRes().getString( " restartandreturn : Calls WrapperManager.restartAndReturn()" ) ); System.err.println( Main.getRes().getString( " Additional Tests:" ) ); System.err.println( Main.getRes().getString( " appear_slow_1 : Calls WrapperManager.appearSlow(1)" ) ); System.err.println( Main.getRes().getString( " appear_slow_5 : Calls WrapperManager.appearSlow(5)" ) ); System.err.println( Main.getRes().getString( " appear_slow_reset : Calls WrapperManager.appearSlow(0) to return to normal" ) ); System.err.println( Main.getRes().getString( " deadlock : Executes some deadlocking code to test deadlock detection" ) ); System.err.println( Main.getRes().getString( " outofmemory : Simulates an OutOfMemoryError being thrown" ) ); System.err.println( Main.getRes().getString( " ignore_events : Makes this application ignore control events." ) ); System.err.println( Main.getRes().getString( " dump : Calls WrapperManager.requestThreadDump()" ) ); System.err.println( Main.getRes().getString( " deadlock_out : Deadlocks the JVM''s System.out and err streams." ) ); System.err.println( Main.getRes().getString( " suspend_timeouts_10 : Calls WrapperManager.suspendTimeouts(10) (Standard, Professional)" ) ); System.err.println( Main.getRes().getString( " suspend_timeouts_60 : Calls WrapperManager.suspendTimeouts(60) (Standard, Professional)" ) ); System.err.println( Main.getRes().getString( " resume_timeouts : Calls WrapperManager.resumeTimeouts() (Standard, Professional)" ) ); System.err.println( Main.getRes().getString( " users : Start polling the current and interactive users." ) ); System.err.println( Main.getRes().getString( " groups : Start polling the current and interactive users with groups." ) ); System.err.println( Main.getRes().getString( " console : Prompt for actions in the console." ) ); System.err.println( Main.getRes().getString( " idle : Do nothing just run in idle mode." ) ); System.err.println( Main.getRes().getString( " properties : Dump all System Properties to the console." ) ); System.err.println( Main.getRes().getString( " configuration : Dump all Wrapper Configuration Properties to the console." ) ); System.err.println( Main.getRes().getString( " gc : Perform a GC sweep." ) ); System.err.println( Main.getRes().getString( " is_professional : Displays whether or not this is a Professional Edition Wrapper." ) ); System.err.println( Main.getRes().getString( " is_standard : Displays whether or not this is at least a Standard Edition Wrapper." ) ); System.err.println( Main.getRes().getString( " current_time : Prints the current time and timezone." ) ); if ( WrapperManager.isProfessionalEdition() ) { System.err.println( Main.getRes().getString( " exec : Executes a managed child process." ) ); System.err.println( Main.getRes().getString( " exec_detached : Executes a detached child process." ) ); } System.err.println( "" ); } }