/* * Copyright (c) 1998, 2008, Oracle and/or its affiliates. All rights reserved. * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER. * * This code is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License version 2 only, as * published by the Free Software Foundation. Oracle designates this * particular file as subject to the "Classpath" exception as provided * by Oracle in the LICENSE file that accompanied this code. * * This code is distributed in the hope that it will be useful, but WITHOUT * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License * version 2 for more details (a copy is included in the LICENSE file that * accompanied this code). * * You should have received a copy of the GNU General Public License version * 2 along with this work; if not, write to the Free Software Foundation, * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA. * * Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA * or visit www.oracle.com if you need additional information or have any * questions. */ package com.sun.tools.jdi; import com.sun.jdi.*;import com.sun.jdi.event.*;import com.sun.jdi.request.*; import java.util.*;enum EventDestination {UNKNOWN_EVENT, INTERNAL_EVENT, CLIENT_EVENT}; /* * An EventSet is normally created by the transport reader thread when * it reads a JDWP Composite command. The constructor doesn't unpack * the events contained in the Composite command and create EventImpls * for them because that process might involve calling back into the back-end * which should not be done by the transport reader thread. Instead, * the raw bytes of the packet are read and stored in the EventSet. * The EventSet is then added to each EventQueue. When an EventSet is * removed from an EventQueue, the EventSetImpl.build() method is called. * This method reads the packet bytes and creates the actual EventImpl objects. * build() also filters out events for our internal handler and puts them in * their own EventSet. This means that the EventImpls that are in the EventSet * that is on the queues are all for client requests. */public class EventSetImpl extends ArrayList<Event> implements EventSet { private VirtualMachineImpl vm; // we implement Mirror private Packet pkt; private byte suspendPolicy; private EventSetImpl internalEventSet; public String toString() { String string = "event set, policy:" + suspendPolicy + ", count:" + this.size() + " = {"; boolean first = true; for (Event event : this) { if (!first) { string += ", "; } string += event.toString(); first = false; } string += "}"; return string; } abstract class EventImpl extends MirrorImpl implements Event { private final byte eventCmd; private final int requestID; // This is set only for client requests, not internal requests. private final EventRequest request; /** * Constructor for events. */ protected EventImpl(JDWP.Event.Composite.Events.EventsCommon evt, int requestID) { super(EventSetImpl.this.vm); this.eventCmd = evt.eventKind(); this.requestID = requestID; EventRequestManagerImpl ermi = EventSetImpl.this. vm.eventRequestManagerImpl(); this.request = ermi.request(eventCmd, requestID); } /* * Override superclass back to default equality */ public boolean equals(Object obj) { return this == obj; } public int hashCode() { return System.identityHashCode(this); } /** * Constructor for VM disconnected events. */ protected EventImpl(byte eventCmd) { super(EventSetImpl.this.vm); this.eventCmd = eventCmd; this.requestID = 0; this.request = null; } public EventRequest request() { return request; } int requestID() { return requestID; } EventDestination destination() { /* * We need to decide if this event is for * 1. an internal request * 2. a client request that is no longer available, ie * it has been deleted, or disabled and re-enabled * which gives it a new ID. * 3. a current client request that is disabled * 4. a current enabled client request. * * We will filter this set into a set * that contains only 1s for our internal queue * and a set that contains only 4s for our client queue. * If we get an EventSet that contains only 2 and 3 * then we have to resume it if it is not SUSPEND_NONE * because no one else will. */ if (requestID == 0) { /* An unsolicited event. These have traditionally * been treated as client events. */ return EventDestination.CLIENT_EVENT; } // Is this an event for a current client request? if (request == null) { // Nope. Is it an event for an internal request? EventRequestManagerImpl ermi = this.vm.getInternalEventRequestManager(); if (ermi.request(eventCmd, requestID) != null) { // Yep return EventDestination.INTERNAL_EVENT; } return EventDestination.UNKNOWN_EVENT; } // We found a client request if (request.isEnabled()) { return EventDestination.CLIENT_EVENT; } return EventDestination.UNKNOWN_EVENT; } abstract String eventName(); public String toString() { return eventName(); } } abstract class ThreadedEventImpl extends EventImpl { private ThreadReference thread; ThreadedEventImpl(JDWP.Event.Composite.Events.EventsCommon evt, int requestID, ThreadReference thread) { super(evt, requestID); this.thread = thread; } public ThreadReference thread() { return thread; } public String toString() { return eventName() + " in thread " + thread.name(); } } abstract class LocatableEventImpl extends ThreadedEventImpl implements Locatable { private Location location; LocatableEventImpl(JDWP.Event.Composite.Events.EventsCommon evt, int requestID, ThreadReference thread, Location location) { super(evt, requestID, thread); this.location = location; } public Location location() { return location; } /** * For MethodEntry and MethodExit */ public Method method() { return location.method(); } public String toString() { return eventName() + "@" + ((location() == null) ? " null" : location().toString()) + " in thread " + thread().name(); } } class BreakpointEventImpl extends LocatableEventImpl implements BreakpointEvent { BreakpointEventImpl(JDWP.Event.Composite.Events.Breakpoint evt) { super(evt, evt.requestID, evt.thread, evt.location); } String eventName() { return "BreakpointEvent"; } } class StepEventImpl extends LocatableEventImpl implements StepEvent { StepEventImpl(JDWP.Event.Composite.Events.SingleStep evt) { super(evt, evt.requestID, evt.thread, evt.location); } String eventName() { return "StepEvent"; } } class MethodEntryEventImpl extends LocatableEventImpl implements MethodEntryEvent { MethodEntryEventImpl(JDWP.Event.Composite.Events.MethodEntry evt) { super(evt, evt.requestID, evt.thread, evt.location); } String eventName() { return "MethodEntryEvent"; } } class MethodExitEventImpl extends LocatableEventImpl implements MethodExitEvent { private Value returnVal = null; MethodExitEventImpl(JDWP.Event.Composite.Events.MethodExit evt) { super(evt, evt.requestID, evt.thread, evt.location); } MethodExitEventImpl(JDWP.Event.Composite.Events.MethodExitWithReturnValue evt) { super(evt, evt.requestID, evt.thread, evt.location); returnVal = evt.value; } String eventName() { return "MethodExitEvent"; } public Value returnValue() { if (!this.vm.canGetMethodReturnValues()) { throw new UnsupportedOperationException( "target does not support return values in MethodExit events"); } return returnVal; } } class MonitorContendedEnterEventImpl extends LocatableEventImpl implements MonitorContendedEnterEvent { private ObjectReference monitor = null; MonitorContendedEnterEventImpl(JDWP.Event.Composite.Events.MonitorContendedEnter evt) { super(evt, evt.requestID, evt.thread, evt.location); this.monitor = evt.object; } String eventName() { return "MonitorContendedEnter"; } public ObjectReference monitor() { return monitor; }; } class MonitorContendedEnteredEventImpl extends LocatableEventImpl implements MonitorContendedEnteredEvent { private ObjectReference monitor = null; MonitorContendedEnteredEventImpl(JDWP.Event.Composite.Events.MonitorContendedEntered evt) { super(evt, evt.requestID, evt.thread, evt.location); this.monitor = evt.object; } String eventName() { return "MonitorContendedEntered"; } public ObjectReference monitor() { return monitor; }; } class MonitorWaitEventImpl extends LocatableEventImpl implements MonitorWaitEvent { private ObjectReference monitor = null; private long timeout; MonitorWaitEventImpl(JDWP.Event.Composite.Events.MonitorWait evt) { super(evt, evt.requestID, evt.thread, evt.location); this.monitor = evt.object; this.timeout = evt.timeout; } String eventName() { return "MonitorWait"; } public ObjectReference monitor() { return monitor; }; public long timeout() { return timeout; } } class MonitorWaitedEventImpl extends LocatableEventImpl implements MonitorWaitedEvent { private ObjectReference monitor = null; private boolean timed_out; MonitorWaitedEventImpl(JDWP.Event.Composite.Events.MonitorWaited evt) { super(evt, evt.requestID, evt.thread, evt.location); this.monitor = evt.object; this.timed_out = evt.timed_out; } String eventName() { return "MonitorWaited"; } public ObjectReference monitor() { return monitor; }; public boolean timedout() { return timed_out; } } class ClassPrepareEventImpl extends ThreadedEventImpl implements ClassPrepareEvent { private ReferenceType referenceType; ClassPrepareEventImpl(JDWP.Event.Composite.Events.ClassPrepare evt) { super(evt, evt.requestID, evt.thread); referenceType = this.vm.referenceType(evt.typeID, evt.refTypeTag, evt.signature); ((ReferenceTypeImpl)referenceType).setStatus(evt.status); } public ReferenceType referenceType() { return referenceType; } String eventName() { return "ClassPrepareEvent"; } } class ClassUnloadEventImpl extends EventImpl implements ClassUnloadEvent { private String classSignature; ClassUnloadEventImpl(JDWP.Event.Composite.Events.ClassUnload evt) { super(evt, evt.requestID); this.classSignature = evt.signature; } public String className() { return classSignature.substring(1, classSignature.length()-1) .replace('/', '.'); } public String classSignature() { return classSignature; } String eventName() { return "ClassUnloadEvent"; } } class ExceptionEventImpl extends LocatableEventImpl implements ExceptionEvent { private ObjectReference exception; private Location catchLocation; ExceptionEventImpl(JDWP.Event.Composite.Events.Exception evt) { super(evt, evt.requestID, evt.thread, evt.location); this.exception = evt.exception; this.catchLocation = evt.catchLocation; } public ObjectReference exception() { return exception; } public Location catchLocation() { return catchLocation; } String eventName() { return "ExceptionEvent"; } } class ThreadDeathEventImpl extends ThreadedEventImpl implements ThreadDeathEvent { ThreadDeathEventImpl(JDWP.Event.Composite.Events.ThreadDeath evt) { super(evt, evt.requestID, evt.thread); } String eventName() { return "ThreadDeathEvent"; } } class ThreadStartEventImpl extends ThreadedEventImpl implements ThreadStartEvent { ThreadStartEventImpl(JDWP.Event.Composite.Events.ThreadStart evt) { super(evt, evt.requestID, evt.thread); } String eventName() { return "ThreadStartEvent"; } } class VMStartEventImpl extends ThreadedEventImpl implements VMStartEvent { VMStartEventImpl(JDWP.Event.Composite.Events.VMStart evt) { super(evt, evt.requestID, evt.thread); } String eventName() { return "VMStartEvent"; } } class VMDeathEventImpl extends EventImpl implements VMDeathEvent { VMDeathEventImpl(JDWP.Event.Composite.Events.VMDeath evt) { super(evt, evt.requestID); } String eventName() { return "VMDeathEvent"; } } class VMDisconnectEventImpl extends EventImpl implements VMDisconnectEvent { VMDisconnectEventImpl() { super((byte)JDWP.EventKind.VM_DISCONNECTED); } String eventName() { return "VMDisconnectEvent"; } } abstract class WatchpointEventImpl extends LocatableEventImpl implements WatchpointEvent { private final ReferenceTypeImpl refType; private final long fieldID; private final ObjectReference object; private Field field = null; WatchpointEventImpl(JDWP.Event.Composite.Events.EventsCommon evt, int requestID, ThreadReference thread, Location location, byte refTypeTag, long typeID, long fieldID, ObjectReference object) { super(evt, requestID, thread, location); this.refType = this.vm.referenceType(typeID, refTypeTag); this.fieldID = fieldID; this.object = object; }Lines 1–500 of 874. Load more
/* * Copyright (c) 1998, 2008, Oracle and/or its affiliates. All rights reserved. * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER. * * This code is free software; you can redistribute it and/or modify it * under the terms of the GNU General Public License version 2 only, as * published by the Free Software Foundation. Oracle designates this * particular file as subject to the "Classpath" exception as provided * by Oracle in the LICENSE file that accompanied this code. * * This code is distributed in the hope that it will be useful, but WITHOUT * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License * version 2 for more details (a copy is included in the LICENSE file that * accompanied this code). * * You should have received a copy of the GNU General Public License version * 2 along with this work; if not, write to the Free Software Foundation, * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA. * * Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA * or visit www.oracle.com if you need additional information or have any * questions. */ package com.sun.tools.jdi; import com.sun.jdi.*; import com.sun.jdi.event.*; import com.sun.jdi.request.*; import java.util.*; enum EventDestination {UNKNOWN_EVENT, INTERNAL_EVENT, CLIENT_EVENT}; /* * An EventSet is normally created by the transport reader thread when * it reads a JDWP Composite command. The constructor doesn't unpack * the events contained in the Composite command and create EventImpls * for them because that process might involve calling back into the back-end * which should not be done by the transport reader thread. Instead, * the raw bytes of the packet are read and stored in the EventSet. * The EventSet is then added to each EventQueue. When an EventSet is * removed from an EventQueue, the EventSetImpl.build() method is called. * This method reads the packet bytes and creates the actual EventImpl objects. * build() also filters out events for our internal handler and puts them in * their own EventSet. This means that the EventImpls that are in the EventSet * that is on the queues are all for client requests. */ public class EventSetImpl extends ArrayList<Event> implements EventSet { private VirtualMachineImpl vm; // we implement Mirror private Packet pkt; private byte suspendPolicy; private EventSetImpl internalEventSet; public String toString() { String string = "event set, policy:" + suspendPolicy + ", count:" + this.size() + " = {"; boolean first = true; for (Event event : this) { if (!first) { string += ", "; } string += event.toString(); first = false; } string += "}"; return string; } abstract class EventImpl extends MirrorImpl implements Event { private final byte eventCmd; private final int requestID; // This is set only for client requests, not internal requests. private final EventRequest request; /** * Constructor for events. */ protected EventImpl(JDWP.Event.Composite.Events.EventsCommon evt, int requestID) { super(EventSetImpl.this.vm); this.eventCmd = evt.eventKind(); this.requestID = requestID; EventRequestManagerImpl ermi = EventSetImpl.this. vm.eventRequestManagerImpl(); this.request = ermi.request(eventCmd, requestID); } /* * Override superclass back to default equality */ public boolean equals(Object obj) { return this == obj; } public int hashCode() { return System.identityHashCode(this); } /** * Constructor for VM disconnected events. */ protected EventImpl(byte eventCmd) { super(EventSetImpl.this.vm); this.eventCmd = eventCmd; this.requestID = 0; this.request = null; } public EventRequest request() { return request; } int requestID() { return requestID; } EventDestination destination() { /* * We need to decide if this event is for * 1. an internal request * 2. a client request that is no longer available, ie * it has been deleted, or disabled and re-enabled * which gives it a new ID. * 3. a current client request that is disabled * 4. a current enabled client request. * * We will filter this set into a set * that contains only 1s for our internal queue * and a set that contains only 4s for our client queue. * If we get an EventSet that contains only 2 and 3 * then we have to resume it if it is not SUSPEND_NONE * because no one else will. */ if (requestID == 0) { /* An unsolicited event. These have traditionally * been treated as client events. */ return EventDestination.CLIENT_EVENT; } // Is this an event for a current client request? if (request == null) { // Nope. Is it an event for an internal request? EventRequestManagerImpl ermi = this.vm.getInternalEventRequestManager(); if (ermi.request(eventCmd, requestID) != null) { // Yep return EventDestination.INTERNAL_EVENT; } return EventDestination.UNKNOWN_EVENT; } // We found a client request if (request.isEnabled()) { return EventDestination.CLIENT_EVENT; } return EventDestination.UNKNOWN_EVENT; } abstract String eventName(); public String toString() { return eventName(); } } abstract class ThreadedEventImpl extends EventImpl { private ThreadReference thread; ThreadedEventImpl(JDWP.Event.Composite.Events.EventsCommon evt, int requestID, ThreadReference thread) { super(evt, requestID); this.thread = thread; } public ThreadReference thread() { return thread; } public String toString() { return eventName() + " in thread " + thread.name(); } } abstract class LocatableEventImpl extends ThreadedEventImpl implements Locatable { private Location location; LocatableEventImpl(JDWP.Event.Composite.Events.EventsCommon evt, int requestID, ThreadReference thread, Location location) { super(evt, requestID, thread); this.location = location; } public Location location() { return location; } /** * For MethodEntry and MethodExit */ public Method method() { return location.method(); } public String toString() { return eventName() + "@" + ((location() == null) ? " null" : location().toString()) + " in thread " + thread().name(); } } class BreakpointEventImpl extends LocatableEventImpl implements BreakpointEvent { BreakpointEventImpl(JDWP.Event.Composite.Events.Breakpoint evt) { super(evt, evt.requestID, evt.thread, evt.location); } String eventName() { return "BreakpointEvent"; } } class StepEventImpl extends LocatableEventImpl implements StepEvent { StepEventImpl(JDWP.Event.Composite.Events.SingleStep evt) { super(evt, evt.requestID, evt.thread, evt.location); } String eventName() { return "StepEvent"; } } class MethodEntryEventImpl extends LocatableEventImpl implements MethodEntryEvent { MethodEntryEventImpl(JDWP.Event.Composite.Events.MethodEntry evt) { super(evt, evt.requestID, evt.thread, evt.location); } String eventName() { return "MethodEntryEvent"; } } class MethodExitEventImpl extends LocatableEventImpl implements MethodExitEvent { private Value returnVal = null; MethodExitEventImpl(JDWP.Event.Composite.Events.MethodExit evt) { super(evt, evt.requestID, evt.thread, evt.location); } MethodExitEventImpl(JDWP.Event.Composite.Events.MethodExitWithReturnValue evt) { super(evt, evt.requestID, evt.thread, evt.location); returnVal = evt.value; } String eventName() { return "MethodExitEvent"; } public Value returnValue() { if (!this.vm.canGetMethodReturnValues()) { throw new UnsupportedOperationException( "target does not support return values in MethodExit events"); } return returnVal; } } class MonitorContendedEnterEventImpl extends LocatableEventImpl implements MonitorContendedEnterEvent { private ObjectReference monitor = null; MonitorContendedEnterEventImpl(JDWP.Event.Composite.Events.MonitorContendedEnter evt) { super(evt, evt.requestID, evt.thread, evt.location); this.monitor = evt.object; } String eventName() { return "MonitorContendedEnter"; } public ObjectReference monitor() { return monitor; }; } class MonitorContendedEnteredEventImpl extends LocatableEventImpl implements MonitorContendedEnteredEvent { private ObjectReference monitor = null; MonitorContendedEnteredEventImpl(JDWP.Event.Composite.Events.MonitorContendedEntered evt) { super(evt, evt.requestID, evt.thread, evt.location); this.monitor = evt.object; } String eventName() { return "MonitorContendedEntered"; } public ObjectReference monitor() { return monitor; }; } class MonitorWaitEventImpl extends LocatableEventImpl implements MonitorWaitEvent { private ObjectReference monitor = null; private long timeout; MonitorWaitEventImpl(JDWP.Event.Composite.Events.MonitorWait evt) { super(evt, evt.requestID, evt.thread, evt.location); this.monitor = evt.object; this.timeout = evt.timeout; } String eventName() { return "MonitorWait"; } public ObjectReference monitor() { return monitor; }; public long timeout() { return timeout; } } class MonitorWaitedEventImpl extends LocatableEventImpl implements MonitorWaitedEvent { private ObjectReference monitor = null; private boolean timed_out; MonitorWaitedEventImpl(JDWP.Event.Composite.Events.MonitorWaited evt) { super(evt, evt.requestID, evt.thread, evt.location); this.monitor = evt.object; this.timed_out = evt.timed_out; } String eventName() { return "MonitorWaited"; } public ObjectReference monitor() { return monitor; }; public boolean timedout() { return timed_out; } } class ClassPrepareEventImpl extends ThreadedEventImpl implements ClassPrepareEvent { private ReferenceType referenceType; ClassPrepareEventImpl(JDWP.Event.Composite.Events.ClassPrepare evt) { super(evt, evt.requestID, evt.thread); referenceType = this.vm.referenceType(evt.typeID, evt.refTypeTag, evt.signature); ((ReferenceTypeImpl)referenceType).setStatus(evt.status); } public ReferenceType referenceType() { return referenceType; } String eventName() { return "ClassPrepareEvent"; } } class ClassUnloadEventImpl extends EventImpl implements ClassUnloadEvent { private String classSignature; ClassUnloadEventImpl(JDWP.Event.Composite.Events.ClassUnload evt) { super(evt, evt.requestID); this.classSignature = evt.signature; } public String className() { return classSignature.substring(1, classSignature.length()-1) .replace('/', '.'); } public String classSignature() { return classSignature; } String eventName() { return "ClassUnloadEvent"; } } class ExceptionEventImpl extends LocatableEventImpl implements ExceptionEvent { private ObjectReference exception; private Location catchLocation; ExceptionEventImpl(JDWP.Event.Composite.Events.Exception evt) { super(evt, evt.requestID, evt.thread, evt.location); this.exception = evt.exception; this.catchLocation = evt.catchLocation; } public ObjectReference exception() { return exception; } public Location catchLocation() { return catchLocation; } String eventName() { return "ExceptionEvent"; } } class ThreadDeathEventImpl extends ThreadedEventImpl implements ThreadDeathEvent { ThreadDeathEventImpl(JDWP.Event.Composite.Events.ThreadDeath evt) { super(evt, evt.requestID, evt.thread); } String eventName() { return "ThreadDeathEvent"; } } class ThreadStartEventImpl extends ThreadedEventImpl implements ThreadStartEvent { ThreadStartEventImpl(JDWP.Event.Composite.Events.ThreadStart evt) { super(evt, evt.requestID, evt.thread); } String eventName() { return "ThreadStartEvent"; } } class VMStartEventImpl extends ThreadedEventImpl implements VMStartEvent { VMStartEventImpl(JDWP.Event.Composite.Events.VMStart evt) { super(evt, evt.requestID, evt.thread); } String eventName() { return "VMStartEvent"; } } class VMDeathEventImpl extends EventImpl implements VMDeathEvent { VMDeathEventImpl(JDWP.Event.Composite.Events.VMDeath evt) { super(evt, evt.requestID); } String eventName() { return "VMDeathEvent"; } } class VMDisconnectEventImpl extends EventImpl implements VMDisconnectEvent { VMDisconnectEventImpl() { super((byte)JDWP.EventKind.VM_DISCONNECTED); } String eventName() { return "VMDisconnectEvent"; } } abstract class WatchpointEventImpl extends LocatableEventImpl implements WatchpointEvent { private final ReferenceTypeImpl refType; private final long fieldID; private final ObjectReference object; private Field field = null; WatchpointEventImpl(JDWP.Event.Composite.Events.EventsCommon evt, int requestID, ThreadReference thread, Location location, byte refTypeTag, long typeID, long fieldID, ObjectReference object) { super(evt, requestID, thread, location); this.refType = this.vm.referenceType(typeID, refTypeTag); this.fieldID = fieldID; this.object = object; }