在Eclipse环境下构建jdk7u40 Windows版调试环境
D:\openjdk\jaxp\src
D:\openjdk\jaxws\src\share\jaf_classes
D:\openjdk\jaxws\src\share\jaxws_classes
D:\openjdk\jdk\src\share\classes
D:\openjdk\jdk\src\windows\classes
D:\openjdk\langtools\src\share\classes
D:\openjdk\jdk\src\solaris\classes\sun\awt\UNIXToolkit.java
D:\openjdk\jdk\src\solaris\classes\sun\font\FontConfigManager.java
D:\openjdk\jdk\src\solaris\classes\sun\nio\ch\PollSelectorImpl.java
D:\openjdk\jdk\src\solaris\classes\sun\nio\ch\InheritedChannel.java
package com.sun.tools.jdi;
import com.sun.jdi.*;
import java.util.*;
/**
* Java(tm) Debug Wire Protocol
*/
class JDWP {
static class VirtualMachine {
static final int COMMAND_SET = 1;
private VirtualMachine() {} // hide constructor
/**
* Returns the JDWP version implemented by the target VM.
* The version string format is implementation dependent.
*/
static class Version {
static final int COMMAND = 1;
static Version process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.Version"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static Version waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Version(vm, ps);
}
/**
* Text information on the VM version
*/
final String description;
/**
* Major JDWP Version number
*/
final int jdwpMajor;
/**
* Minor JDWP Version number
*/
final int jdwpMinor;
/**
* Target VM JRE version, as in the java.version property
*/
final String vmVersion;
/**
* Target VM name, as in the java.vm.name property
*/
final String vmName;
private Version(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.Version"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
description = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "description(String): " + description);
}
jdwpMajor = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "jdwpMajor(int): " + jdwpMajor);
}
jdwpMinor = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "jdwpMinor(int): " + jdwpMinor);
}
vmVersion = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "vmVersion(String): " + vmVersion);
}
vmName = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "vmName(String): " + vmName);
}
}
}
/**
* Returns reference types for all the classes loaded by the target VM
* which match the given signature.
* Multple reference types will be returned if two or more class
* loaders have loaded a class of the same name.
* The search is confined to loaded classes only; no attempt is made
* to load a class of the given signature.
*/
static class ClassesBySignature {
static final int COMMAND = 2;
static ClassesBySignature process(VirtualMachineImpl vm,
String signature)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, signature);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
String signature) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.ClassesBySignature"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: signature(String): " + signature);
}
ps.writeString(signature);
ps.send();
return ps;
}
static ClassesBySignature waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new ClassesBySignature(vm, ps);
}
static class ClassInfo {
/**
* Kind
* of following reference type.
*/
final byte refTypeTag;
/**
* Matching loaded reference type
*/
final long typeID;
/**
* The current class
* status.
*/
final int status;
private ClassInfo(VirtualMachineImpl vm, PacketStream ps) {
refTypeTag = ps.readByte();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "refTypeTag(byte): " + refTypeTag);
}
typeID = ps.readClassRef();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "typeID(long): " + "ref="+typeID);
}
status = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "status(int): " + status);
}
}
}
/**
* Number of reference types that follow.
*/
final ClassInfo[] classes;
private ClassesBySignature(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.ClassesBySignature"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "classes(ClassInfo[]): " + "");
}
int classesCount = ps.readInt();
classes = new ClassInfo[classesCount];
for (int i = 0; i < classesCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "classes[i](ClassInfo): " + "");
}
classes[i] = new ClassInfo(vm, ps);
}
}
}
/**
* Returns reference types for all classes currently loaded by the
* target VM.
*/
static class AllClasses {
static final int COMMAND = 3;
static AllClasses process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.AllClasses"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static AllClasses waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new AllClasses(vm, ps);
}
static class ClassInfo {
/**
* Kind
* of following reference type.
*/
final byte refTypeTag;
/**
* Loaded reference type
*/
final long typeID;
/**
* The JNI signature of the loaded reference type
*/
final String signature;
/**
* The current class
* status.
*/
final int status;
private ClassInfo(VirtualMachineImpl vm, PacketStream ps) {
refTypeTag = ps.readByte();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "refTypeTag(byte): " + refTypeTag);
}
typeID = ps.readClassRef();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "typeID(long): " + "ref="+typeID);
}
signature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "signature(String): " + signature);
}
status = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "status(int): " + status);
}
}
}
/**
* Number of reference types that follow.
*/
final ClassInfo[] classes;
private AllClasses(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.AllClasses"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "classes(ClassInfo[]): " + "");
}
int classesCount = ps.readInt();
classes = new ClassInfo[classesCount];
for (int i = 0; i < classesCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "classes[i](ClassInfo): " + "");
}
classes[i] = new ClassInfo(vm, ps);
}
}
}
/**
* Returns all threads currently running in the target VM .
* The returned list contains threads created through
* java.lang.Thread, all native threads attached to
* the target VM through JNI, and system threads created
* by the target VM. Threads that have not yet been started
* and threads that have completed their execution are not
* included in the returned list.
*/
static class AllThreads {
static final int COMMAND = 4;
static AllThreads process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.AllThreads"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static AllThreads waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new AllThreads(vm, ps);
}
/**
* Number of threads that follow.
*/
final ThreadReferenceImpl[] threads;
private AllThreads(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.AllThreads"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "threads(ThreadReferenceImpl[]): " + "");
}
int threadsCount = ps.readInt();
threads = new ThreadReferenceImpl[threadsCount];
for (int i = 0; i < threadsCount; i++) {;
threads[i] = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "threads[i](ThreadReferenceImpl): " + (threads[i]==null?"NULL":"ref="+threads[i].ref()));
}
}
}
}
/**
* Returns all thread groups that do not have a parent. This command
* may be used as the first step in building a tree (or trees) of the
* existing thread groups.
*/
static class TopLevelThreadGroups {
static final int COMMAND = 5;
static TopLevelThreadGroups process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.TopLevelThreadGroups"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static TopLevelThreadGroups waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new TopLevelThreadGroups(vm, ps);
}
/**
* Number of thread groups that follow.
*/
final ThreadGroupReferenceImpl[] groups;
private TopLevelThreadGroups(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.TopLevelThreadGroups"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "groups(ThreadGroupReferenceImpl[]): " + "");
}
int groupsCount = ps.readInt();
groups = new ThreadGroupReferenceImpl[groupsCount];
for (int i = 0; i < groupsCount; i++) {;
groups[i] = ps.readThreadGroupReference();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "groups[i](ThreadGroupReferenceImpl): " + (groups[i]==null?"NULL":"ref="+groups[i].ref()));
}
}
}
}
/**
* Invalidates this virtual machine mirror.
* The communication channel to the target VM is closed, and
* the target VM prepares to accept another subsequent connection
* from this debugger or another debugger, including the
* following tasks:
*
* - All event requests are cancelled.
*
- All threads suspended by the thread-level
* resume command
* or the VM-level
* resume command
* are resumed as many times as necessary for them to run.
*
- Garbage collection is re-enabled in all cases where it was
* disabled
*
* Any current method invocations executing in the target VM
* are continued after the disconnection. Upon completion of any such
* method invocation, the invoking thread continues from the
* location where it was originally stopped.
*
* Resources originating in
* this VirtualMachine (ObjectReferences, ReferenceTypes, etc.)
* will become invalid.
*/
static class Dispose {
static final int COMMAND = 6;
static Dispose process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.Dispose"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static Dispose waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Dispose(vm, ps);
}
private Dispose(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.Dispose"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Returns the sizes of variably-sized data types in the target VM.
* The returned values indicate the number of bytes used by the
* identifiers in command and reply packets.
*/
static class IDSizes {
static final int COMMAND = 7;
static IDSizes process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.IDSizes"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static IDSizes waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new IDSizes(vm, ps);
}
/**
* fieldID size in bytes
*/
final int fieldIDSize;
/**
* methodID size in bytes
*/
final int methodIDSize;
/**
* objectID size in bytes
*/
final int objectIDSize;
/**
* referenceTypeID size in bytes
*/
final int referenceTypeIDSize;
/**
* frameID size in bytes
*/
final int frameIDSize;
private IDSizes(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.IDSizes"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
fieldIDSize = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "fieldIDSize(int): " + fieldIDSize);
}
methodIDSize = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "methodIDSize(int): " + methodIDSize);
}
objectIDSize = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "objectIDSize(int): " + objectIDSize);
}
referenceTypeIDSize = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "referenceTypeIDSize(int): " + referenceTypeIDSize);
}
frameIDSize = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "frameIDSize(int): " + frameIDSize);
}
}
}
/**
* Suspends the execution of the application running in the target
* VM. All Java threads currently running will be suspended.
*
* Unlike java.lang.Thread.suspend,
* suspends of both the virtual machine and individual threads are
* counted. Before a thread will run again, it must be resumed through
* the VM-level resume command
* or the thread-level resume command
* the same number of times it has been suspended.
*/
static class Suspend {
static final int COMMAND = 8;
static Suspend process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.Suspend"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static Suspend waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Suspend(vm, ps);
}
private Suspend(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.Suspend"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Resumes execution of the application after the suspend
* command or an event has stopped it.
* Suspensions of the Virtual Machine and individual threads are
* counted. If a particular thread is suspended n times, it must
* resumed n times before it will continue.
*/
static class Resume {
static final int COMMAND = 9;
static Resume process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.Resume"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static Resume waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Resume(vm, ps);
}
private Resume(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.Resume"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Terminates the target VM with the given exit code.
* On some platforms, the exit code might be truncated, for
* example, to the low order 8 bits.
* All ids previously returned from the target VM become invalid.
* Threads running in the VM are abruptly terminated.
* A thread death exception is not thrown and
* finally blocks are not run.
*/
static class Exit {
static final int COMMAND = 10;
static Exit process(VirtualMachineImpl vm,
int exitCode)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, exitCode);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
int exitCode) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.Exit"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: exitCode(int): " + exitCode);
}
ps.writeInt(exitCode);
ps.send();
return ps;
}
static Exit waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Exit(vm, ps);
}
private Exit(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.Exit"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Creates a new string object in the target VM and returns
* its id.
*/
static class CreateString {
static final int COMMAND = 11;
static CreateString process(VirtualMachineImpl vm,
String utf)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, utf);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
String utf) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.CreateString"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: utf(String): " + utf);
}
ps.writeString(utf);
ps.send();
return ps;
}
static CreateString waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new CreateString(vm, ps);
}
/**
* Created string (instance of java.lang.String)
*/
final StringReferenceImpl stringObject;
private CreateString(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.CreateString"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
stringObject = ps.readStringReference();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "stringObject(StringReferenceImpl): " + (stringObject==null?"NULL":"ref="+stringObject.ref()));
}
}
}
/**
* Retrieve this VM's capabilities. The capabilities are returned
* as booleans, each indicating the presence or absence of a
* capability. The commands associated with each capability will
* return the NOT_IMPLEMENTED error if the cabability is not
* available.
*/
static class Capabilities {
static final int COMMAND = 12;
static Capabilities process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.Capabilities"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static Capabilities waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Capabilities(vm, ps);
}
/**
* Can the VM watch field modification, and therefore
* can it send the Modification Watchpoint Event?
*/
final boolean canWatchFieldModification;
/**
* Can the VM watch field access, and therefore
* can it send the Access Watchpoint Event?
*/
final boolean canWatchFieldAccess;
/**
* Can the VM get the bytecodes of a given method?
*/
final boolean canGetBytecodes;
/**
* Can the VM determine whether a field or method is
* synthetic? (that is, can the VM determine if the
* method or the field was invented by the compiler?)
*/
final boolean canGetSyntheticAttribute;
/**
* Can the VM get the owned monitors infornation for
* a thread?
*/
final boolean canGetOwnedMonitorInfo;
/**
* Can the VM get the current contended monitor of a thread?
*/
final boolean canGetCurrentContendedMonitor;
/**
* Can the VM get the monitor information for a given object?
*/
final boolean canGetMonitorInfo;
private Capabilities(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.Capabilities"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
canWatchFieldModification = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canWatchFieldModification(boolean): " + canWatchFieldModification);
}
canWatchFieldAccess = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canWatchFieldAccess(boolean): " + canWatchFieldAccess);
}
canGetBytecodes = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canGetBytecodes(boolean): " + canGetBytecodes);
}
canGetSyntheticAttribute = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canGetSyntheticAttribute(boolean): " + canGetSyntheticAttribute);
}
canGetOwnedMonitorInfo = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canGetOwnedMonitorInfo(boolean): " + canGetOwnedMonitorInfo);
}
canGetCurrentContendedMonitor = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canGetCurrentContendedMonitor(boolean): " + canGetCurrentContendedMonitor);
}
canGetMonitorInfo = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canGetMonitorInfo(boolean): " + canGetMonitorInfo);
}
}
}
/**
* Retrieve the classpath and bootclasspath of the target VM.
* If the classpath is not defined, returns an empty list. If the
* bootclasspath is not defined returns an empty list.
*/
static class ClassPaths {
static final int COMMAND = 13;
static ClassPaths process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.ClassPaths"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static ClassPaths waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new ClassPaths(vm, ps);
}
/**
* Base directory used to resolve relative
* paths in either of the following lists.
*/
final String baseDir;
/**
* Number of paths in classpath.
*/
final String[] classpaths;
/**
* Number of paths in bootclasspath.
*/
final String[] bootclasspaths;
private ClassPaths(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.ClassPaths"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
baseDir = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "baseDir(String): " + baseDir);
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "classpaths(String[]): " + "");
}
int classpathsCount = ps.readInt();
classpaths = new String[classpathsCount];
for (int i = 0; i < classpathsCount; i++) {;
classpaths[i] = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "classpaths[i](String): " + classpaths[i]);
}
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "bootclasspaths(String[]): " + "");
}
int bootclasspathsCount = ps.readInt();
bootclasspaths = new String[bootclasspathsCount];
for (int i = 0; i < bootclasspathsCount; i++) {;
bootclasspaths[i] = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "bootclasspaths[i](String): " + bootclasspaths[i]);
}
}
}
}
/**
* Releases a list of object IDs. For each object in the list, the
* following applies.
* The count of references held by the back-end (the reference
* count) will be decremented by refCnt.
* If thereafter the reference count is less than
* or equal to zero, the ID is freed.
* Any back-end resources associated with the freed ID may
* be freed, and if garbage collection was
* disabled for the object, it will be re-enabled.
* The sender of this command
* promises that no further commands will be sent
* referencing a freed ID.
*
* Use of this command is not required. If it is not sent,
* resources associated with each ID will be freed by the back-end
* at some time after the corresponding object is garbage collected.
* It is most useful to use this command to reduce the load on the
* back-end if a very large number of
* objects has been retrieved from the back-end (a large array,
* for example) but may not be garbage collected any time soon.
*
* IDs may be re-used by the back-end after they
* have been freed with this command.
* This description assumes reference counting,
* a back-end may use any implementation which operates
* equivalently.
*/
static class DisposeObjects {
static final int COMMAND = 14;
static class Request {
/**
* The object ID
*/
final ObjectReferenceImpl object;
/**
* The number of times this object ID has been
* part of a packet received from the back-end.
* An accurate count prevents the object ID
* from being freed on the back-end if
* it is part of an incoming packet, not yet
* handled by the front-end.
*/
final int refCnt;
Request(ObjectReferenceImpl object, int refCnt) {
this.object = object;
this.refCnt = refCnt;
}
private void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
ps.writeObjectRef(object.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refCnt(int): " + refCnt);
}
ps.writeInt(refCnt);
}
}
static DisposeObjects process(VirtualMachineImpl vm,
Request[] requests)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, requests);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
Request[] requests) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.DisposeObjects"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: requests(Request[]): " + "");
}
ps.writeInt(requests.length);
for (int i = 0; i < requests.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: requests[i](Request): " + "");
}
requests[i].write(ps);
}
ps.send();
return ps;
}
static DisposeObjects waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new DisposeObjects(vm, ps);
}
private DisposeObjects(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.DisposeObjects"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Tells the target VM to stop sending events. Events are not discarded;
* they are held until a subsequent ReleaseEvents command is sent.
* This command is useful to control the number of events sent
* to the debugger VM in situations where very large numbers of events
* are generated.
* While events are held by the debugger back-end, application
* execution may be frozen by the debugger back-end to prevent
* buffer overflows on the back end.
* Responses to commands are never held and are not affected by this
* command. If events are already being held, this command is
* ignored.
*/
static class HoldEvents {
static final int COMMAND = 15;
static HoldEvents process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.HoldEvents"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static HoldEvents waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new HoldEvents(vm, ps);
}
private HoldEvents(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.HoldEvents"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Tells the target VM to continue sending events. This command is
* used to restore normal activity after a HoldEvents command. If
* there is no current HoldEvents command in effect, this command is
* ignored.
*/
static class ReleaseEvents {
static final int COMMAND = 16;
static ReleaseEvents process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.ReleaseEvents"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static ReleaseEvents waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new ReleaseEvents(vm, ps);
}
private ReleaseEvents(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.ReleaseEvents"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Retrieve all of this VM's capabilities. The capabilities are returned
* as booleans, each indicating the presence or absence of a
* capability. The commands associated with each capability will
* return the NOT_IMPLEMENTED error if the cabability is not
* available.
* Since JDWP version 1.4.
*/
static class CapabilitiesNew {
static final int COMMAND = 17;
static CapabilitiesNew process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.CapabilitiesNew"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static CapabilitiesNew waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new CapabilitiesNew(vm, ps);
}
/**
* Can the VM watch field modification, and therefore
* can it send the Modification Watchpoint Event?
*/
final boolean canWatchFieldModification;
/**
* Can the VM watch field access, and therefore
* can it send the Access Watchpoint Event?
*/
final boolean canWatchFieldAccess;
/**
* Can the VM get the bytecodes of a given method?
*/
final boolean canGetBytecodes;
/**
* Can the VM determine whether a field or method is
* synthetic? (that is, can the VM determine if the
* method or the field was invented by the compiler?)
*/
final boolean canGetSyntheticAttribute;
/**
* Can the VM get the owned monitors infornation for
* a thread?
*/
final boolean canGetOwnedMonitorInfo;
/**
* Can the VM get the current contended monitor of a thread?
*/
final boolean canGetCurrentContendedMonitor;
/**
* Can the VM get the monitor information for a given object?
*/
final boolean canGetMonitorInfo;
/**
* Can the VM redefine classes?
*/
final boolean canRedefineClasses;
/**
* Can the VM add methods when redefining
* classes?
*/
final boolean canAddMethod;
/**
* Can the VM redefine classes
* in arbitrary ways?
*/
final boolean canUnrestrictedlyRedefineClasses;
/**
* Can the VM pop stack frames?
*/
final boolean canPopFrames;
/**
* Can the VM filter events by specific object?
*/
final boolean canUseInstanceFilters;
/**
* Can the VM get the source debug extension?
*/
final boolean canGetSourceDebugExtension;
/**
* Can the VM request VM death events?
*/
final boolean canRequestVMDeathEvent;
/**
* Can the VM set a default stratum?
*/
final boolean canSetDefaultStratum;
/**
* Can the VM return instances, counts of instances of classes
* and referring objects?
*/
final boolean canGetInstanceInfo;
/**
* Can the VM request monitor events?
*/
final boolean canRequestMonitorEvents;
/**
* Can the VM get monitors with frame depth info?
*/
final boolean canGetMonitorFrameInfo;
/**
* Can the VM filter class prepare events by source name?
*/
final boolean canUseSourceNameFilters;
/**
* Can the VM return the constant pool information?
*/
final boolean canGetConstantPool;
/**
* Can the VM force early return from a method?
*/
final boolean canForceEarlyReturn;
/**
* Reserved for future capability
*/
final boolean reserved22;
/**
* Reserved for future capability
*/
final boolean reserved23;
/**
* Reserved for future capability
*/
final boolean reserved24;
/**
* Reserved for future capability
*/
final boolean reserved25;
/**
* Reserved for future capability
*/
final boolean reserved26;
/**
* Reserved for future capability
*/
final boolean reserved27;
/**
* Reserved for future capability
*/
final boolean reserved28;
/**
* Reserved for future capability
*/
final boolean reserved29;
/**
* Reserved for future capability
*/
final boolean reserved30;
/**
* Reserved for future capability
*/
final boolean reserved31;
/**
* Reserved for future capability
*/
final boolean reserved32;
private CapabilitiesNew(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.CapabilitiesNew"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
canWatchFieldModification = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canWatchFieldModification(boolean): " + canWatchFieldModification);
}
canWatchFieldAccess = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canWatchFieldAccess(boolean): " + canWatchFieldAccess);
}
canGetBytecodes = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canGetBytecodes(boolean): " + canGetBytecodes);
}
canGetSyntheticAttribute = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canGetSyntheticAttribute(boolean): " + canGetSyntheticAttribute);
}
canGetOwnedMonitorInfo = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canGetOwnedMonitorInfo(boolean): " + canGetOwnedMonitorInfo);
}
canGetCurrentContendedMonitor = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canGetCurrentContendedMonitor(boolean): " + canGetCurrentContendedMonitor);
}
canGetMonitorInfo = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canGetMonitorInfo(boolean): " + canGetMonitorInfo);
}
canRedefineClasses = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canRedefineClasses(boolean): " + canRedefineClasses);
}
canAddMethod = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canAddMethod(boolean): " + canAddMethod);
}
canUnrestrictedlyRedefineClasses = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canUnrestrictedlyRedefineClasses(boolean): " + canUnrestrictedlyRedefineClasses);
}
canPopFrames = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canPopFrames(boolean): " + canPopFrames);
}
canUseInstanceFilters = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canUseInstanceFilters(boolean): " + canUseInstanceFilters);
}
canGetSourceDebugExtension = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canGetSourceDebugExtension(boolean): " + canGetSourceDebugExtension);
}
canRequestVMDeathEvent = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canRequestVMDeathEvent(boolean): " + canRequestVMDeathEvent);
}
canSetDefaultStratum = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canSetDefaultStratum(boolean): " + canSetDefaultStratum);
}
canGetInstanceInfo = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canGetInstanceInfo(boolean): " + canGetInstanceInfo);
}
canRequestMonitorEvents = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canRequestMonitorEvents(boolean): " + canRequestMonitorEvents);
}
canGetMonitorFrameInfo = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canGetMonitorFrameInfo(boolean): " + canGetMonitorFrameInfo);
}
canUseSourceNameFilters = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canUseSourceNameFilters(boolean): " + canUseSourceNameFilters);
}
canGetConstantPool = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canGetConstantPool(boolean): " + canGetConstantPool);
}
canForceEarlyReturn = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "canForceEarlyReturn(boolean): " + canForceEarlyReturn);
}
reserved22 = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "reserved22(boolean): " + reserved22);
}
reserved23 = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "reserved23(boolean): " + reserved23);
}
reserved24 = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "reserved24(boolean): " + reserved24);
}
reserved25 = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "reserved25(boolean): " + reserved25);
}
reserved26 = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "reserved26(boolean): " + reserved26);
}
reserved27 = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "reserved27(boolean): " + reserved27);
}
reserved28 = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "reserved28(boolean): " + reserved28);
}
reserved29 = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "reserved29(boolean): " + reserved29);
}
reserved30 = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "reserved30(boolean): " + reserved30);
}
reserved31 = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "reserved31(boolean): " + reserved31);
}
reserved32 = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "reserved32(boolean): " + reserved32);
}
}
}
/**
* Installs new class definitions.
* If there are active stack frames in methods of the redefined classes in the
* target VM then those active frames continue to run the bytecodes of the
* original method. These methods are considered obsolete - see
* IsObsolete. The methods in the
* redefined classes will be used for new invokes in the target VM.
* The original method ID refers to the redefined method.
* All breakpoints in the redefined classes are cleared.
* If resetting of stack frames is desired, the
* PopFrames command can be used
* to pop frames with obsolete methods.
*
* Requires canRedefineClasses capability - see
* CapabilitiesNew.
* In addition to the canRedefineClasses capability, the target VM must
* have the canAddMethod capability to add methods when redefining classes,
* or the canUnrestrictedlyRedefineClasses to redefine classes in arbitrary
* ways.
*/
static class RedefineClasses {
static final int COMMAND = 18;
static class ClassDef {
/**
* The reference type.
*/
final ReferenceTypeImpl refType;
/**
* Number of bytes defining class (below)
*/
final byte[] classfile;
ClassDef(ReferenceTypeImpl refType, byte[] classfile) {
this.refType = refType;
this.classfile = classfile;
}
private void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: classfile(byte[]): " + "");
}
ps.writeInt(classfile.length);
for (int i = 0; i < classfile.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: classfile[i](byte): " + classfile[i]);
}
ps.writeByte(classfile[i]);
}
}
}
static RedefineClasses process(VirtualMachineImpl vm,
ClassDef[] classes)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, classes);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ClassDef[] classes) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.RedefineClasses"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: classes(ClassDef[]): " + "");
}
ps.writeInt(classes.length);
for (int i = 0; i < classes.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: classes[i](ClassDef): " + "");
}
classes[i].write(ps);
}
ps.send();
return ps;
}
static RedefineClasses waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new RedefineClasses(vm, ps);
}
private RedefineClasses(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.RedefineClasses"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Set the default stratum. Requires canSetDefaultStratum capability - see
* CapabilitiesNew.
*/
static class SetDefaultStratum {
static final int COMMAND = 19;
static SetDefaultStratum process(VirtualMachineImpl vm,
String stratumID)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, stratumID);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
String stratumID) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.SetDefaultStratum"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: stratumID(String): " + stratumID);
}
ps.writeString(stratumID);
ps.send();
return ps;
}
static SetDefaultStratum waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new SetDefaultStratum(vm, ps);
}
private SetDefaultStratum(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.SetDefaultStratum"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Returns reference types for all classes currently loaded by the
* target VM.
* Both the JNI signature and the generic signature are
* returned for each class.
* Generic signatures are described in the signature attribute
* section in
* The Java™ Virtual Machine Specification.
* Since JDWP version 1.5.
*/
static class AllClassesWithGeneric {
static final int COMMAND = 20;
static AllClassesWithGeneric process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.AllClassesWithGeneric"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static AllClassesWithGeneric waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new AllClassesWithGeneric(vm, ps);
}
static class ClassInfo {
/**
* Kind
* of following reference type.
*/
final byte refTypeTag;
/**
* Loaded reference type
*/
final long typeID;
/**
* The JNI signature of the loaded reference type.
*/
final String signature;
/**
* The generic signature of the loaded reference type
* or an empty string if there is none.
*/
final String genericSignature;
/**
* The current class
* status.
*/
final int status;
private ClassInfo(VirtualMachineImpl vm, PacketStream ps) {
refTypeTag = ps.readByte();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "refTypeTag(byte): " + refTypeTag);
}
typeID = ps.readClassRef();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "typeID(long): " + "ref="+typeID);
}
signature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "signature(String): " + signature);
}
genericSignature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "genericSignature(String): " + genericSignature);
}
status = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "status(int): " + status);
}
}
}
/**
* Number of reference types that follow.
*/
final ClassInfo[] classes;
private AllClassesWithGeneric(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.AllClassesWithGeneric"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "classes(ClassInfo[]): " + "");
}
int classesCount = ps.readInt();
classes = new ClassInfo[classesCount];
for (int i = 0; i < classesCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "classes[i](ClassInfo): " + "");
}
classes[i] = new ClassInfo(vm, ps);
}
}
}
/**
* Returns the number of instances of each reference type in the input list.
* Only instances that are reachable for the purposes of
* garbage collection are counted. If a reference type is invalid,
* eg. it has been unloaded, zero is returned for its instance count.
*
Since JDWP version 1.6. Requires canGetInstanceInfo capability - see
* CapabilitiesNew.
*/
static class InstanceCounts {
static final int COMMAND = 21;
static InstanceCounts process(VirtualMachineImpl vm,
ReferenceTypeImpl[] refTypesCount)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refTypesCount);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl[] refTypesCount) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.InstanceCounts"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refTypesCount(ReferenceTypeImpl[]): " + "");
}
ps.writeInt(refTypesCount.length);
for (int i = 0; i < refTypesCount.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refTypesCount[i](ReferenceTypeImpl): " + (refTypesCount[i]==null?"NULL":"ref="+refTypesCount[i].ref()));
}
ps.writeClassRef(refTypesCount[i].ref());
}
ps.send();
return ps;
}
static InstanceCounts waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new InstanceCounts(vm, ps);
}
/**
* The number of counts that follow.
*/
final long[] counts;
private InstanceCounts(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.VirtualMachine.InstanceCounts"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "counts(long[]): " + "");
}
int countsCount = ps.readInt();
counts = new long[countsCount];
for (int i = 0; i < countsCount; i++) {;
counts[i] = ps.readLong();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "counts[i](long): " + counts[i]);
}
}
}
}
}
static class ReferenceType {
static final int COMMAND_SET = 2;
private ReferenceType() {} // hide constructor
/**
* Returns the JNI signature of a reference type.
* JNI signature formats are described in the
* Java Native Inteface Specification
*
* For primitive classes
* the returned signature is the signature of the corresponding primitive
* type; for example, "I" is returned as the signature of the class
* represented by java.lang.Integer.TYPE.
*/
static class Signature {
static final int COMMAND = 1;
static Signature process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.Signature"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static Signature waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Signature(vm, ps);
}
/**
* The JNI signature for the reference type.
*/
final String signature;
private Signature(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.Signature"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
signature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "signature(String): " + signature);
}
}
}
/**
* Returns the instance of java.lang.ClassLoader which loaded
* a given reference type. If the reference type was loaded by the
* system class loader, the returned object ID is null.
*/
static class ClassLoader {
static final int COMMAND = 2;
static ClassLoader process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.ClassLoader"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static ClassLoader waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new ClassLoader(vm, ps);
}
/**
* The class loader for the reference type.
*/
final ClassLoaderReferenceImpl classLoader;
private ClassLoader(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.ClassLoader"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
classLoader = ps.readClassLoaderReference();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "classLoader(ClassLoaderReferenceImpl): " + (classLoader==null?"NULL":"ref="+classLoader.ref()));
}
}
}
/**
* Returns the modifiers (also known as access flags) for a reference type.
* The returned bit mask contains information on the declaration
* of the reference type. If the reference type is an array or
* a primitive class (for example, java.lang.Integer.TYPE), the
* value of the returned bit mask is undefined.
*/
static class Modifiers {
static final int COMMAND = 3;
static Modifiers process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.Modifiers"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static Modifiers waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Modifiers(vm, ps);
}
/**
* Modifier bits as defined in Chapter 4 of
* The Java™ Virtual Machine Specification
*/
final int modBits;
private Modifiers(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.Modifiers"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
modBits = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "modBits(int): " + modBits);
}
}
}
/**
* Returns information for each field in a reference type.
* Inherited fields are not included.
* The field list will include any synthetic fields created
* by the compiler.
* Fields are returned in the order they occur in the class file.
*/
static class Fields {
static final int COMMAND = 4;
static Fields process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.Fields"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static Fields waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Fields(vm, ps);
}
static class FieldInfo {
/**
* Field ID.
*/
final long fieldID;
/**
* Name of field.
*/
final String name;
/**
* JNI Signature of field.
*/
final String signature;
/**
* The modifier bit flags (also known as access flags)
* which provide additional information on the
* field declaration. Individual flag values are
* defined in Chapter 4 of
* The Java™ Virtual Machine Specification.
* In addition, The 0xf0000000 bit identifies
* the field as synthetic, if the synthetic attribute
* capability is available.
*/
final int modBits;
private FieldInfo(VirtualMachineImpl vm, PacketStream ps) {
fieldID = ps.readFieldRef();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "fieldID(long): " + fieldID);
}
name = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "name(String): " + name);
}
signature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "signature(String): " + signature);
}
modBits = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "modBits(int): " + modBits);
}
}
}
/**
* Number of declared fields.
*/
final FieldInfo[] declared;
private Fields(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.Fields"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "declared(FieldInfo[]): " + "");
}
int declaredCount = ps.readInt();
declared = new FieldInfo[declaredCount];
for (int i = 0; i < declaredCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "declared[i](FieldInfo): " + "");
}
declared[i] = new FieldInfo(vm, ps);
}
}
}
/**
* Returns information for each method in a reference type.
* Inherited methods are not included. The list of methods will
* include constructors (identified with the name ""),
* the initialization method (identified with the name "")
* if present, and any synthetic methods created by the compiler.
* Methods are returned in the order they occur in the class file.
*/
static class Methods {
static final int COMMAND = 5;
static Methods process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.Methods"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static Methods waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Methods(vm, ps);
}
static class MethodInfo {
/**
* Method ID.
*/
final long methodID;
/**
* Name of method.
*/
final String name;
/**
* JNI signature of method.
*/
final String signature;
/**
* The modifier bit flags (also known as access flags)
* which provide additional information on the
* method declaration. Individual flag values are
* defined in Chapter 4 of
* The Java™ Virtual Machine Specification.
* In addition, The 0xf0000000 bit identifies
* the method as synthetic, if the synthetic attribute
* capability is available.
*/
final int modBits;
private MethodInfo(VirtualMachineImpl vm, PacketStream ps) {
methodID = ps.readMethodRef();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "methodID(long): " + methodID);
}
name = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "name(String): " + name);
}
signature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "signature(String): " + signature);
}
modBits = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "modBits(int): " + modBits);
}
}
}
/**
* Number of declared methods.
*/
final MethodInfo[] declared;
private Methods(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.Methods"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "declared(MethodInfo[]): " + "");
}
int declaredCount = ps.readInt();
declared = new MethodInfo[declaredCount];
for (int i = 0; i < declaredCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "declared[i](MethodInfo): " + "");
}
declared[i] = new MethodInfo(vm, ps);
}
}
}
/**
* Returns the value of one or more static fields of the
* reference type. Each field must be member of the reference type
* or one of its superclasses, superinterfaces, or implemented interfaces.
* Access control is not enforced; for example, the values of private
* fields can be obtained.
*/
static class GetValues {
static final int COMMAND = 6;
static class Field {
/**
* A field to get
*/
final long fieldID;
Field(long fieldID) {
this.fieldID = fieldID;
}
private void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: fieldID(long): " + fieldID);
}
ps.writeFieldRef(fieldID);
}
}
static GetValues process(VirtualMachineImpl vm,
ReferenceTypeImpl refType,
Field[] fields)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType, fields);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType,
Field[] fields) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.GetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: fields(Field[]): " + "");
}
ps.writeInt(fields.length);
for (int i = 0; i < fields.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: fields[i](Field): " + "");
}
fields[i].write(ps);
}
ps.send();
return ps;
}
static GetValues waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new GetValues(vm, ps);
}
/**
* The number of values returned, always equal to fields,
* the number of values to get.
*/
final ValueImpl[] values;
private GetValues(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.GetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "values(ValueImpl[]): " + "");
}
int valuesCount = ps.readInt();
values = new ValueImpl[valuesCount];
for (int i = 0; i < valuesCount; i++) {;
values[i] = ps.readValue();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "values[i](ValueImpl): " + values[i]);
}
}
}
}
/**
* Returns the name of source file in which a reference type was
* declared.
*/
static class SourceFile {
static final int COMMAND = 7;
static SourceFile process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.SourceFile"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static SourceFile waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new SourceFile(vm, ps);
}
/**
* The source file name. No path information
* for the file is included
*/
final String sourceFile;
private SourceFile(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.SourceFile"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
sourceFile = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "sourceFile(String): " + sourceFile);
}
}
}
/**
* Returns the classes and interfaces directly nested within this type.
* Types further nested within those types are not included.
*/
static class NestedTypes {
static final int COMMAND = 8;
static NestedTypes process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.NestedTypes"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static NestedTypes waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new NestedTypes(vm, ps);
}
static class TypeInfo {
/**
* Kind
* of following reference type.
*/
final byte refTypeTag;
/**
* The nested class or interface ID.
*/
final long typeID;
private TypeInfo(VirtualMachineImpl vm, PacketStream ps) {
refTypeTag = ps.readByte();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "refTypeTag(byte): " + refTypeTag);
}
typeID = ps.readClassRef();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "typeID(long): " + "ref="+typeID);
}
}
}
/**
* The number of nested classes and interfaces
*/
final TypeInfo[] classes;
private NestedTypes(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.NestedTypes"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "classes(TypeInfo[]): " + "");
}
int classesCount = ps.readInt();
classes = new TypeInfo[classesCount];
for (int i = 0; i < classesCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "classes[i](TypeInfo): " + "");
}
classes[i] = new TypeInfo(vm, ps);
}
}
}
/**
* Returns the current status of the reference type. The status
* indicates the extent to which the reference type has been
* initialized, as described in section 2.1.6 of
* The Java™ Virtual Machine Specification.
* If the class is linked the PREPARED and VERIFIED bits in the returned status bits
* will be set. If the class is initialized the INITIALIZED bit in the returned
* status bits will be set. If an error occured during initialization then the
* ERROR bit in the returned status bits will be set.
* The returned status bits are undefined for array types and for
* primitive classes (such as java.lang.Integer.TYPE).
*/
static class Status {
static final int COMMAND = 9;
static Status process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.Status"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static Status waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Status(vm, ps);
}
/**
* Status bits:
* See JDWP.ClassStatus
*/
final int status;
private Status(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.Status"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
status = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "status(int): " + status);
}
}
}
/**
* Returns the interfaces declared as implemented by this class.
* Interfaces indirectly implemented (extended by the implemented
* interface or implemented by a superclass) are not included.
*/
static class Interfaces {
static final int COMMAND = 10;
static Interfaces process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.Interfaces"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static Interfaces waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Interfaces(vm, ps);
}
/**
* The number of implemented interfaces
*/
final InterfaceTypeImpl[] interfaces;
private Interfaces(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.Interfaces"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "interfaces(InterfaceTypeImpl[]): " + "");
}
int interfacesCount = ps.readInt();
interfaces = new InterfaceTypeImpl[interfacesCount];
for (int i = 0; i < interfacesCount; i++) {;
interfaces[i] = vm.interfaceType(ps.readClassRef());
if (vm.traceReceives) {
vm.printReceiveTrace(5, "interfaces[i](InterfaceTypeImpl): " + (interfaces[i]==null?"NULL":"ref="+interfaces[i].ref()));
}
}
}
}
/**
* Returns the class object corresponding to this type.
*/
static class ClassObject {
static final int COMMAND = 11;
static ClassObject process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.ClassObject"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static ClassObject waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new ClassObject(vm, ps);
}
/**
* class object.
*/
final ClassObjectReferenceImpl classObject;
private ClassObject(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.ClassObject"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
classObject = ps.readClassObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "classObject(ClassObjectReferenceImpl): " + (classObject==null?"NULL":"ref="+classObject.ref()));
}
}
}
/**
* Returns the value of the SourceDebugExtension attribute.
* Since JDWP version 1.4. Requires canGetSourceDebugExtension capability - see
* CapabilitiesNew.
*/
static class SourceDebugExtension {
static final int COMMAND = 12;
static SourceDebugExtension process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.SourceDebugExtension"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static SourceDebugExtension waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new SourceDebugExtension(vm, ps);
}
/**
* extension attribute
*/
final String extension;
private SourceDebugExtension(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.SourceDebugExtension"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
extension = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "extension(String): " + extension);
}
}
}
/**
* Returns the JNI signature of a reference type along with the
* generic signature if there is one.
* Generic signatures are described in the signature attribute
* section in
* The Java™ Virtual Machine Specification.
* Since JDWP version 1.5.
*
*/
static class SignatureWithGeneric {
static final int COMMAND = 13;
static SignatureWithGeneric process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.SignatureWithGeneric"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static SignatureWithGeneric waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new SignatureWithGeneric(vm, ps);
}
/**
* The JNI signature for the reference type.
*/
final String signature;
/**
* The generic signature for the reference type or an empty
* string if there is none.
*/
final String genericSignature;
private SignatureWithGeneric(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.SignatureWithGeneric"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
signature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "signature(String): " + signature);
}
genericSignature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "genericSignature(String): " + genericSignature);
}
}
}
/**
* Returns information, including the generic signature if any,
* for each field in a reference type.
* Inherited fields are not included.
* The field list will include any synthetic fields created
* by the compiler.
* Fields are returned in the order they occur in the class file.
* Generic signatures are described in the signature attribute
* section in
* The Java™ Virtual Machine Specification.
* Since JDWP version 1.5.
*/
static class FieldsWithGeneric {
static final int COMMAND = 14;
static FieldsWithGeneric process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.FieldsWithGeneric"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static FieldsWithGeneric waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new FieldsWithGeneric(vm, ps);
}
static class FieldInfo {
/**
* Field ID.
*/
final long fieldID;
/**
* The name of the field.
*/
final String name;
/**
* The JNI signature of the field.
*/
final String signature;
/**
* The generic signature of the
* field, or an empty string if there is none.
*/
final String genericSignature;
/**
* The modifier bit flags (also known as access flags)
* which provide additional information on the
* field declaration. Individual flag values are
* defined in Chapter 4 of
* The Java™ Virtual Machine Specification.
* In addition, The 0xf0000000 bit identifies
* the field as synthetic, if the synthetic attribute
* capability is available.
*/
final int modBits;
private FieldInfo(VirtualMachineImpl vm, PacketStream ps) {
fieldID = ps.readFieldRef();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "fieldID(long): " + fieldID);
}
name = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "name(String): " + name);
}
signature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "signature(String): " + signature);
}
genericSignature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "genericSignature(String): " + genericSignature);
}
modBits = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "modBits(int): " + modBits);
}
}
}
/**
* Number of declared fields.
*/
final FieldInfo[] declared;
private FieldsWithGeneric(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.FieldsWithGeneric"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "declared(FieldInfo[]): " + "");
}
int declaredCount = ps.readInt();
declared = new FieldInfo[declaredCount];
for (int i = 0; i < declaredCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "declared[i](FieldInfo): " + "");
}
declared[i] = new FieldInfo(vm, ps);
}
}
}
/**
* Returns information, including the generic signature if any,
* for each method in a reference type.
* Inherited methodss are not included. The list of methods will
* include constructors (identified with the name ""),
* the initialization method (identified with the name "")
* if present, and any synthetic methods created by the compiler.
* Methods are returned in the order they occur in the class file.
* Generic signatures are described in the signature attribute
* section in
* The Java™ Virtual Machine Specification.
* Since JDWP version 1.5.
*/
static class MethodsWithGeneric {
static final int COMMAND = 15;
static MethodsWithGeneric process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.MethodsWithGeneric"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static MethodsWithGeneric waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new MethodsWithGeneric(vm, ps);
}
static class MethodInfo {
/**
* Method ID.
*/
final long methodID;
/**
* The name of the method.
*/
final String name;
/**
* The JNI signature of the method.
*/
final String signature;
/**
* The generic signature of the method, or
* an empty string if there is none.
*/
final String genericSignature;
/**
* The modifier bit flags (also known as access flags)
* which provide additional information on the
* method declaration. Individual flag values are
* defined in Chapter 4 of
* The Java™ Virtual Machine Specification.
* In addition, The 0xf0000000 bit identifies
* the method as synthetic, if the synthetic attribute
* capability is available.
*/
final int modBits;
private MethodInfo(VirtualMachineImpl vm, PacketStream ps) {
methodID = ps.readMethodRef();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "methodID(long): " + methodID);
}
name = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "name(String): " + name);
}
signature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "signature(String): " + signature);
}
genericSignature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "genericSignature(String): " + genericSignature);
}
modBits = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "modBits(int): " + modBits);
}
}
}
/**
* Number of declared methods.
*/
final MethodInfo[] declared;
private MethodsWithGeneric(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.MethodsWithGeneric"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "declared(MethodInfo[]): " + "");
}
int declaredCount = ps.readInt();
declared = new MethodInfo[declaredCount];
for (int i = 0; i < declaredCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "declared[i](MethodInfo): " + "");
}
declared[i] = new MethodInfo(vm, ps);
}
}
}
/**
* Returns instances of this reference type.
* Only instances that are reachable for the purposes of
* garbage collection are returned.
* Since JDWP version 1.6. Requires canGetInstanceInfo capability - see
* CapabilitiesNew.
*/
static class Instances {
static final int COMMAND = 16;
static Instances process(VirtualMachineImpl vm,
ReferenceTypeImpl refType,
int maxInstances)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType, maxInstances);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType,
int maxInstances) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.Instances"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: maxInstances(int): " + maxInstances);
}
ps.writeInt(maxInstances);
ps.send();
return ps;
}
static Instances waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Instances(vm, ps);
}
/**
* The number of instances that follow.
*/
final ObjectReferenceImpl[] instances;
private Instances(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.Instances"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "instances(ObjectReferenceImpl[]): " + "");
}
int instancesCount = ps.readInt();
instances = new ObjectReferenceImpl[instancesCount];
for (int i = 0; i < instancesCount; i++) {;
instances[i] = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "instances[i](ObjectReferenceImpl): " + (instances[i]==null?"NULL":"ref="+instances[i].ref()));
}
}
}
}
/**
* Returns the class file major and minor version numbers, as defined in the class
* file format of the Java Virtual Machine specification.
*
Since JDWP version 1.6.
*/
static class ClassFileVersion {
static final int COMMAND = 17;
static ClassFileVersion process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.ClassFileVersion"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static ClassFileVersion waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new ClassFileVersion(vm, ps);
}
/**
* Major version number
*/
final int majorVersion;
/**
* Minor version number
*/
final int minorVersion;
private ClassFileVersion(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.ClassFileVersion"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
majorVersion = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "majorVersion(int): " + majorVersion);
}
minorVersion = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "minorVersion(int): " + minorVersion);
}
}
}
/**
* Return the raw bytes of the constant pool in the format of the
* constant_pool item of the Class File Format in
* The Java™ Virtual Machine Specification.
*
Since JDWP version 1.6. Requires canGetConstantPool capability - see
* CapabilitiesNew.
*
*/
static class ConstantPool {
static final int COMMAND = 18;
static ConstantPool process(VirtualMachineImpl vm,
ReferenceTypeImpl refType)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.ConstantPool"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
ps.send();
return ps;
}
static ConstantPool waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new ConstantPool(vm, ps);
}
/**
* Total number of constant pool entries plus one. This
* corresponds to the constant_pool_count item of the
* Class File Format in
* The Java™ Virtual Machine Specification.
*/
final int count;
final byte[] bytes;
private ConstantPool(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ReferenceType.ConstantPool"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
count = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "count(int): " + count);
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "bytes(byte[]): " + "");
}
int bytesCount = ps.readInt();
bytes = new byte[bytesCount];
for (int i = 0; i < bytesCount; i++) {;
bytes[i] = ps.readByte();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "bytes[i](byte): " + bytes[i]);
}
}
}
}
}
static class ClassType {
static final int COMMAND_SET = 3;
private ClassType() {} // hide constructor
/**
* Returns the immediate superclass of a class.
*/
static class Superclass {
static final int COMMAND = 1;
static Superclass process(VirtualMachineImpl vm,
ClassTypeImpl clazz)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, clazz);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ClassTypeImpl clazz) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ClassType.Superclass"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: clazz(ClassTypeImpl): " + (clazz==null?"NULL":"ref="+clazz.ref()));
}
ps.writeClassRef(clazz.ref());
ps.send();
return ps;
}
static Superclass waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Superclass(vm, ps);
}
/**
* The superclass (null if the class ID for java.lang.Object is specified).
*/
final ClassTypeImpl superclass;
private Superclass(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ClassType.Superclass"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
superclass = vm.classType(ps.readClassRef());
if (vm.traceReceives) {
vm.printReceiveTrace(4, "superclass(ClassTypeImpl): " + (superclass==null?"NULL":"ref="+superclass.ref()));
}
}
}
/**
* Sets the value of one or more static fields.
* Each field must be member of the class type
* or one of its superclasses, superinterfaces, or implemented interfaces.
* Access control is not enforced; for example, the values of private
* fields can be set. Final fields cannot be set.
* For primitive values, the value's type must match the
* field's type exactly. For object values, there must exist a
* widening reference conversion from the value's type to the
* field's type and the field's type must be loaded.
*/
static class SetValues {
static final int COMMAND = 2;
/**
* A Field/Value pair.
*/
static class FieldValue {
/**
* Field to set.
*/
final long fieldID;
/**
* Value to put in the field.
*/
final ValueImpl value;
FieldValue(long fieldID, ValueImpl value) {
this.fieldID = fieldID;
this.value = value;
}
private void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: fieldID(long): " + fieldID);
}
ps.writeFieldRef(fieldID);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: value(ValueImpl): " + value);
}
ps.writeUntaggedValue(value);
}
}
static SetValues process(VirtualMachineImpl vm,
ClassTypeImpl clazz,
FieldValue[] values)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, clazz, values);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ClassTypeImpl clazz,
FieldValue[] values) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ClassType.SetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: clazz(ClassTypeImpl): " + (clazz==null?"NULL":"ref="+clazz.ref()));
}
ps.writeClassRef(clazz.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: values(FieldValue[]): " + "");
}
ps.writeInt(values.length);
for (int i = 0; i < values.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: values[i](FieldValue): " + "");
}
values[i].write(ps);
}
ps.send();
return ps;
}
static SetValues waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new SetValues(vm, ps);
}
private SetValues(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ClassType.SetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Invokes a static method.
* The method must be member of the class type
* or one of its superclasses, superinterfaces, or implemented interfaces.
* Access control is not enforced; for example, private
* methods can be invoked.
*
* The method invocation will occur in the specified thread.
* Method invocation can occur only if the specified thread
* has been suspended by an event.
* Method invocation is not supported
* when the target VM has been suspended by the front-end.
*
* The specified method is invoked with the arguments in the specified
* argument list.
* The method invocation is synchronous; the reply packet is not
* sent until the invoked method returns in the target VM.
* The return value (possibly the void value) is
* included in the reply packet.
* If the invoked method throws an exception, the
* exception object ID is set in the reply packet; otherwise, the
* exception object ID is null.
*
* For primitive arguments, the argument value's type must match the
* argument's type exactly. For object arguments, there must exist a
* widening reference conversion from the argument value's type to the
* argument's type and the argument's type must be loaded.
*
* By default, all threads in the target VM are resumed while
* the method is being invoked if they were previously
* suspended by an event or by command.
* This is done to prevent the deadlocks
* that will occur if any of the threads own monitors
* that will be needed by the invoked method. It is possible that
* breakpoints or other events might occur during the invocation.
* Note, however, that this implicit resume acts exactly like
* the ThreadReference resume command, so if the thread's suspend
* count is greater than 1, it will remain in a suspended state
* during the invocation. By default, when the invocation completes,
* all threads in the target VM are suspended, regardless their state
* before the invocation.
*
* The resumption of other threads during the invoke can be prevented
* by specifying the INVOKE_SINGLE_THREADED
* bit flag in the options field; however,
* there is no protection against or recovery from the deadlocks
* described above, so this option should be used with great caution.
* Only the specified thread will be resumed (as described for all
* threads above). Upon completion of a single threaded invoke, the invoking thread
* will be suspended once again. Note that any threads started during
* the single threaded invocation will not be suspended when the
* invocation completes.
*
* If the target VM is disconnected during the invoke (for example, through
* the VirtualMachine dispose command) the method invocation continues.
*/
static class InvokeMethod {
static final int COMMAND = 3;
static InvokeMethod process(VirtualMachineImpl vm,
ClassTypeImpl clazz,
ThreadReferenceImpl thread,
long methodID,
ValueImpl[] arguments,
int options)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, clazz, thread, methodID, arguments, options);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ClassTypeImpl clazz,
ThreadReferenceImpl thread,
long methodID,
ValueImpl[] arguments,
int options) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ClassType.InvokeMethod"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: clazz(ClassTypeImpl): " + (clazz==null?"NULL":"ref="+clazz.ref()));
}
ps.writeClassRef(clazz.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: methodID(long): " + methodID);
}
ps.writeMethodRef(methodID);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: arguments(ValueImpl[]): " + "");
}
ps.writeInt(arguments.length);
for (int i = 0; i < arguments.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: arguments[i](ValueImpl): " + arguments[i]);
}
ps.writeValue(arguments[i]);
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: options(int): " + options);
}
ps.writeInt(options);
ps.send();
return ps;
}
static InvokeMethod waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new InvokeMethod(vm, ps);
}
/**
* The returned value.
*/
final ValueImpl returnValue;
/**
* The thrown exception.
*/
final ObjectReferenceImpl exception;
private InvokeMethod(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ClassType.InvokeMethod"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
returnValue = ps.readValue();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "returnValue(ValueImpl): " + returnValue);
}
exception = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "exception(ObjectReferenceImpl): " + (exception==null?"NULL":"ref="+exception.ref()));
}
}
}
/**
* Creates a new object of this type, invoking the specified
* constructor. The constructor method ID must be a member of
* the class type.
*
* Instance creation will occur in the specified thread.
* Instance creation can occur only if the specified thread
* has been suspended by an event.
* Method invocation is not supported
* when the target VM has been suspended by the front-end.
*
* The specified constructor is invoked with the arguments in the specified
* argument list.
* The constructor invocation is synchronous; the reply packet is not
* sent until the invoked method returns in the target VM.
* The return value (possibly the void value) is
* included in the reply packet.
* If the constructor throws an exception, the
* exception object ID is set in the reply packet; otherwise, the
* exception object ID is null.
*
* For primitive arguments, the argument value's type must match the
* argument's type exactly. For object arguments, there must exist a
* widening reference conversion from the argument value's type to the
* argument's type and the argument's type must be loaded.
*
* By default, all threads in the target VM are resumed while
* the method is being invoked if they were previously
* suspended by an event or by command.
* This is done to prevent the deadlocks
* that will occur if any of the threads own monitors
* that will be needed by the invoked method. It is possible that
* breakpoints or other events might occur during the invocation.
* Note, however, that this implicit resume acts exactly like
* the ThreadReference resume command, so if the thread's suspend
* count is greater than 1, it will remain in a suspended state
* during the invocation. By default, when the invocation completes,
* all threads in the target VM are suspended, regardless their state
* before the invocation.
*
* The resumption of other threads during the invoke can be prevented
* by specifying the INVOKE_SINGLE_THREADED
* bit flag in the options field; however,
* there is no protection against or recovery from the deadlocks
* described above, so this option should be used with great caution.
* Only the specified thread will be resumed (as described for all
* threads above). Upon completion of a single threaded invoke, the invoking thread
* will be suspended once again. Note that any threads started during
* the single threaded invocation will not be suspended when the
* invocation completes.
*
* If the target VM is disconnected during the invoke (for example, through
* the VirtualMachine dispose command) the method invocation continues.
*/
static class NewInstance {
static final int COMMAND = 4;
static NewInstance process(VirtualMachineImpl vm,
ClassTypeImpl clazz,
ThreadReferenceImpl thread,
long methodID,
ValueImpl[] arguments,
int options)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, clazz, thread, methodID, arguments, options);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ClassTypeImpl clazz,
ThreadReferenceImpl thread,
long methodID,
ValueImpl[] arguments,
int options) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ClassType.NewInstance"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: clazz(ClassTypeImpl): " + (clazz==null?"NULL":"ref="+clazz.ref()));
}
ps.writeClassRef(clazz.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: methodID(long): " + methodID);
}
ps.writeMethodRef(methodID);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: arguments(ValueImpl[]): " + "");
}
ps.writeInt(arguments.length);
for (int i = 0; i < arguments.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: arguments[i](ValueImpl): " + arguments[i]);
}
ps.writeValue(arguments[i]);
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: options(int): " + options);
}
ps.writeInt(options);
ps.send();
return ps;
}
static NewInstance waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new NewInstance(vm, ps);
}
/**
* The newly created object, or null
* if the constructor threw an exception.
*/
final ObjectReferenceImpl newObject;
/**
* The thrown exception, if any; otherwise, null.
*/
final ObjectReferenceImpl exception;
private NewInstance(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ClassType.NewInstance"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
newObject = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "newObject(ObjectReferenceImpl): " + (newObject==null?"NULL":"ref="+newObject.ref()));
}
exception = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "exception(ObjectReferenceImpl): " + (exception==null?"NULL":"ref="+exception.ref()));
}
}
}
}
static class ArrayType {
static final int COMMAND_SET = 4;
private ArrayType() {} // hide constructor
/**
* Creates a new array object of this type with a given length.
*/
static class NewInstance {
static final int COMMAND = 1;
static NewInstance process(VirtualMachineImpl vm,
ArrayTypeImpl arrType,
int length)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, arrType, length);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ArrayTypeImpl arrType,
int length) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ArrayType.NewInstance"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: arrType(ArrayTypeImpl): " + (arrType==null?"NULL":"ref="+arrType.ref()));
}
ps.writeClassRef(arrType.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: length(int): " + length);
}
ps.writeInt(length);
ps.send();
return ps;
}
static NewInstance waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new NewInstance(vm, ps);
}
/**
* The newly created array object.
*/
final ObjectReferenceImpl newArray;
private NewInstance(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ArrayType.NewInstance"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
newArray = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "newArray(ObjectReferenceImpl): " + (newArray==null?"NULL":"ref="+newArray.ref()));
}
}
}
}
static class InterfaceType {
static final int COMMAND_SET = 5;
private InterfaceType() {} // hide constructor
}
static class Method {
static final int COMMAND_SET = 6;
private Method() {} // hide constructor
/**
* Returns line number information for the method, if present.
* The line table maps source line numbers to the initial code index
* of the line. The line table
* is ordered by code index (from lowest to highest). The line number
* information is constant unless a new class definition is installed
* using RedefineClasses.
*/
static class LineTable {
static final int COMMAND = 1;
static LineTable process(VirtualMachineImpl vm,
ReferenceTypeImpl refType,
long methodID)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType, methodID);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType,
long methodID) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.Method.LineTable"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: methodID(long): " + methodID);
}
ps.writeMethodRef(methodID);
ps.send();
return ps;
}
static LineTable waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new LineTable(vm, ps);
}
static class LineInfo {
/**
* Initial code index of the line,
* start <= lineCodeIndex < end
*/
final long lineCodeIndex;
/**
* Line number.
*/
final int lineNumber;
private LineInfo(VirtualMachineImpl vm, PacketStream ps) {
lineCodeIndex = ps.readLong();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "lineCodeIndex(long): " + lineCodeIndex);
}
lineNumber = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "lineNumber(int): " + lineNumber);
}
}
}
/**
* Lowest valid code index for the method, >=0, or -1 if the method is native
*/
final long start;
/**
* Highest valid code index for the method, >=0, or -1 if the method is native
*/
final long end;
/**
* The number of entries in the line table for this method.
*/
final LineInfo[] lines;
private LineTable(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.Method.LineTable"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
start = ps.readLong();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "start(long): " + start);
}
end = ps.readLong();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "end(long): " + end);
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "lines(LineInfo[]): " + "");
}
int linesCount = ps.readInt();
lines = new LineInfo[linesCount];
for (int i = 0; i < linesCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "lines[i](LineInfo): " + "");
}
lines[i] = new LineInfo(vm, ps);
}
}
}
/**
* Returns variable information for the method. The variable table
* includes arguments and locals declared within the method. For
* instance methods, the "this" reference is included in the
* table. Also, synthetic variables may be present.
*/
static class VariableTable {
static final int COMMAND = 2;
static VariableTable process(VirtualMachineImpl vm,
ReferenceTypeImpl refType,
long methodID)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType, methodID);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType,
long methodID) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.Method.VariableTable"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: methodID(long): " + methodID);
}
ps.writeMethodRef(methodID);
ps.send();
return ps;
}
static VariableTable waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new VariableTable(vm, ps);
}
/**
* Information about the variable.
*/
static class SlotInfo {
/**
* First code index at which the variable is visible (unsigned).
* Used in conjunction with length.
* The variable can be get or set only when the current
* codeIndex <= current frame code index < codeIndex + length
*/
final long codeIndex;
/**
* The variable's name.
*/
final String name;
/**
* The variable type's JNI signature.
*/
final String signature;
/**
* Unsigned value used in conjunction with codeIndex.
* The variable can be get or set only when the current
* codeIndex <= current frame code index < code index + length
*/
final int length;
/**
* The local variable's index in its frame
*/
final int slot;
private SlotInfo(VirtualMachineImpl vm, PacketStream ps) {
codeIndex = ps.readLong();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "codeIndex(long): " + codeIndex);
}
name = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "name(String): " + name);
}
signature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "signature(String): " + signature);
}
length = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "length(int): " + length);
}
slot = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "slot(int): " + slot);
}
}
}
/**
* The number of words in the frame used by arguments.
* Eight-byte arguments use two words; all others use one.
*/
final int argCnt;
/**
* The number of variables.
*/
final SlotInfo[] slots;
private VariableTable(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.Method.VariableTable"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
argCnt = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "argCnt(int): " + argCnt);
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "slots(SlotInfo[]): " + "");
}
int slotsCount = ps.readInt();
slots = new SlotInfo[slotsCount];
for (int i = 0; i < slotsCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "slots[i](SlotInfo): " + "");
}
slots[i] = new SlotInfo(vm, ps);
}
}
}
/**
* Retrieve the method's bytecodes as defined in
* The Java™ Virtual Machine Specification.
* Requires canGetBytecodes capability - see
* CapabilitiesNew.
*/
static class Bytecodes {
static final int COMMAND = 3;
static Bytecodes process(VirtualMachineImpl vm,
ReferenceTypeImpl refType,
long methodID)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType, methodID);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType,
long methodID) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.Method.Bytecodes"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: methodID(long): " + methodID);
}
ps.writeMethodRef(methodID);
ps.send();
return ps;
}
static Bytecodes waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Bytecodes(vm, ps);
}
final byte[] bytes;
private Bytecodes(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.Method.Bytecodes"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "bytes(byte[]): " + "");
}
int bytesCount = ps.readInt();
bytes = new byte[bytesCount];
for (int i = 0; i < bytesCount; i++) {;
bytes[i] = ps.readByte();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "bytes[i](byte): " + bytes[i]);
}
}
}
}
/**
* Determine if this method is obsolete. A method is obsolete if it has been replaced
* by a non-equivalent method using the
* RedefineClasses command.
* The original and redefined methods are considered equivalent if their bytecodes are
* the same except for indices into the constant pool and the referenced constants are
* equal.
*/
static class IsObsolete {
static final int COMMAND = 4;
static IsObsolete process(VirtualMachineImpl vm,
ReferenceTypeImpl refType,
long methodID)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType, methodID);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType,
long methodID) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.Method.IsObsolete"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: methodID(long): " + methodID);
}
ps.writeMethodRef(methodID);
ps.send();
return ps;
}
static IsObsolete waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new IsObsolete(vm, ps);
}
/**
* true if this method has been replaced
* by a non-equivalent method using
* the RedefineClasses command.
*/
final boolean isObsolete;
private IsObsolete(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.Method.IsObsolete"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
isObsolete = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "isObsolete(boolean): " + isObsolete);
}
}
}
/**
* Returns variable information for the method, including
* generic signatures for the variables. The variable table
* includes arguments and locals declared within the method. For
* instance methods, the "this" reference is included in the
* table. Also, synthetic variables may be present.
* Generic signatures are described in the signature attribute
* section in
* The Java™ Virtual Machine Specification.
* Since JDWP version 1.5.
*/
static class VariableTableWithGeneric {
static final int COMMAND = 5;
static VariableTableWithGeneric process(VirtualMachineImpl vm,
ReferenceTypeImpl refType,
long methodID)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, refType, methodID);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ReferenceTypeImpl refType,
long methodID) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.Method.VariableTableWithGeneric"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: refType(ReferenceTypeImpl): " + (refType==null?"NULL":"ref="+refType.ref()));
}
ps.writeClassRef(refType.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: methodID(long): " + methodID);
}
ps.writeMethodRef(methodID);
ps.send();
return ps;
}
static VariableTableWithGeneric waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new VariableTableWithGeneric(vm, ps);
}
/**
* Information about the variable.
*/
static class SlotInfo {
/**
* First code index at which the variable is visible (unsigned).
* Used in conjunction with length.
* The variable can be get or set only when the current
* codeIndex <= current frame code index < codeIndex + length
*/
final long codeIndex;
/**
* The variable's name.
*/
final String name;
/**
* The variable type's JNI signature.
*/
final String signature;
/**
* The variable type's generic
* signature or an empty string if there is none.
*/
final String genericSignature;
/**
* Unsigned value used in conjunction with codeIndex.
* The variable can be get or set only when the current
* codeIndex <= current frame code index < code index + length
*/
final int length;
/**
* The local variable's index in its frame
*/
final int slot;
private SlotInfo(VirtualMachineImpl vm, PacketStream ps) {
codeIndex = ps.readLong();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "codeIndex(long): " + codeIndex);
}
name = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "name(String): " + name);
}
signature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "signature(String): " + signature);
}
genericSignature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "genericSignature(String): " + genericSignature);
}
length = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "length(int): " + length);
}
slot = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "slot(int): " + slot);
}
}
}
/**
* The number of words in the frame used by arguments.
* Eight-byte arguments use two words; all others use one.
*/
final int argCnt;
/**
* The number of variables.
*/
final SlotInfo[] slots;
private VariableTableWithGeneric(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.Method.VariableTableWithGeneric"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
argCnt = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "argCnt(int): " + argCnt);
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "slots(SlotInfo[]): " + "");
}
int slotsCount = ps.readInt();
slots = new SlotInfo[slotsCount];
for (int i = 0; i < slotsCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "slots[i](SlotInfo): " + "");
}
slots[i] = new SlotInfo(vm, ps);
}
}
}
}
static class Field {
static final int COMMAND_SET = 8;
private Field() {} // hide constructor
}
static class ObjectReference {
static final int COMMAND_SET = 9;
private ObjectReference() {} // hide constructor
/**
* Returns the runtime type of the object.
* The runtime type will be a class or an array.
*/
static class ReferenceType {
static final int COMMAND = 1;
static ReferenceType process(VirtualMachineImpl vm,
ObjectReferenceImpl object)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, object);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ObjectReferenceImpl object) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.ReferenceType"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
ps.writeObjectRef(object.ref());
ps.send();
return ps;
}
static ReferenceType waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new ReferenceType(vm, ps);
}
/**
* Kind
* of following reference type.
*/
final byte refTypeTag;
/**
* The runtime reference type.
*/
final long typeID;
private ReferenceType(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.ReferenceType"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
refTypeTag = ps.readByte();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "refTypeTag(byte): " + refTypeTag);
}
typeID = ps.readClassRef();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "typeID(long): " + "ref="+typeID);
}
}
}
/**
* Returns the value of one or more instance fields.
* Each field must be member of the object's type
* or one of its superclasses, superinterfaces, or implemented interfaces.
* Access control is not enforced; for example, the values of private
* fields can be obtained.
*/
static class GetValues {
static final int COMMAND = 2;
static class Field {
/**
* Field to get.
*/
final long fieldID;
Field(long fieldID) {
this.fieldID = fieldID;
}
private void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: fieldID(long): " + fieldID);
}
ps.writeFieldRef(fieldID);
}
}
static GetValues process(VirtualMachineImpl vm,
ObjectReferenceImpl object,
Field[] fields)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, object, fields);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ObjectReferenceImpl object,
Field[] fields) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.GetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
ps.writeObjectRef(object.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: fields(Field[]): " + "");
}
ps.writeInt(fields.length);
for (int i = 0; i < fields.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: fields[i](Field): " + "");
}
fields[i].write(ps);
}
ps.send();
return ps;
}
static GetValues waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new GetValues(vm, ps);
}
/**
* The number of values returned, always equal to 'fields',
* the number of values to get. Field values are ordered
* in the reply in the same order as corresponding fieldIDs
* in the command.
*/
final ValueImpl[] values;
private GetValues(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.GetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "values(ValueImpl[]): " + "");
}
int valuesCount = ps.readInt();
values = new ValueImpl[valuesCount];
for (int i = 0; i < valuesCount; i++) {;
values[i] = ps.readValue();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "values[i](ValueImpl): " + values[i]);
}
}
}
}
/**
* Sets the value of one or more instance fields.
* Each field must be member of the object's type
* or one of its superclasses, superinterfaces, or implemented interfaces.
* Access control is not enforced; for example, the values of private
* fields can be set.
* For primitive values, the value's type must match the
* field's type exactly. For object values, there must be a
* widening reference conversion from the value's type to the
* field's type and the field's type must be loaded.
*/
static class SetValues {
static final int COMMAND = 3;
/**
* A Field/Value pair.
*/
static class FieldValue {
/**
* Field to set.
*/
final long fieldID;
/**
* Value to put in the field.
*/
final ValueImpl value;
FieldValue(long fieldID, ValueImpl value) {
this.fieldID = fieldID;
this.value = value;
}
private void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: fieldID(long): " + fieldID);
}
ps.writeFieldRef(fieldID);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: value(ValueImpl): " + value);
}
ps.writeUntaggedValue(value);
}
}
static SetValues process(VirtualMachineImpl vm,
ObjectReferenceImpl object,
FieldValue[] values)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, object, values);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ObjectReferenceImpl object,
FieldValue[] values) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.SetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
ps.writeObjectRef(object.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: values(FieldValue[]): " + "");
}
ps.writeInt(values.length);
for (int i = 0; i < values.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: values[i](FieldValue): " + "");
}
values[i].write(ps);
}
ps.send();
return ps;
}
static SetValues waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new SetValues(vm, ps);
}
private SetValues(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.SetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Returns monitor information for an object. All threads int the VM must
* be suspended.
* Requires canGetMonitorInfo capability - see
* CapabilitiesNew.
*/
static class MonitorInfo {
static final int COMMAND = 5;
static MonitorInfo process(VirtualMachineImpl vm,
ObjectReferenceImpl object)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, object);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ObjectReferenceImpl object) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.MonitorInfo"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
ps.writeObjectRef(object.ref());
ps.send();
return ps;
}
static MonitorInfo waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new MonitorInfo(vm, ps);
}
/**
* The monitor owner, or null if it is not currently owned.
*/
final ThreadReferenceImpl owner;
/**
* The number of times the monitor has been entered.
*/
final int entryCount;
/**
* The number of threads that are waiting for the monitor
* 0 if there is no current owner
*/
final ThreadReferenceImpl[] waiters;
private MonitorInfo(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.MonitorInfo"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
owner = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "owner(ThreadReferenceImpl): " + (owner==null?"NULL":"ref="+owner.ref()));
}
entryCount = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "entryCount(int): " + entryCount);
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "waiters(ThreadReferenceImpl[]): " + "");
}
int waitersCount = ps.readInt();
waiters = new ThreadReferenceImpl[waitersCount];
for (int i = 0; i < waitersCount; i++) {;
waiters[i] = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "waiters[i](ThreadReferenceImpl): " + (waiters[i]==null?"NULL":"ref="+waiters[i].ref()));
}
}
}
}
/**
* Invokes a instance method.
* The method must be member of the object's type
* or one of its superclasses, superinterfaces, or implemented interfaces.
* Access control is not enforced; for example, private
* methods can be invoked.
*
* The method invocation will occur in the specified thread.
* Method invocation can occur only if the specified thread
* has been suspended by an event.
* Method invocation is not supported
* when the target VM has been suspended by the front-end.
*
* The specified method is invoked with the arguments in the specified
* argument list.
* The method invocation is synchronous; the reply packet is not
* sent until the invoked method returns in the target VM.
* The return value (possibly the void value) is
* included in the reply packet.
* If the invoked method throws an exception, the
* exception object ID is set in the reply packet; otherwise, the
* exception object ID is null.
*
* For primitive arguments, the argument value's type must match the
* argument's type exactly. For object arguments, there must be a
* widening reference conversion from the argument value's type to the
* argument's type and the argument's type must be loaded.
*
* By default, all threads in the target VM are resumed while
* the method is being invoked if they were previously
* suspended by an event or by command.
* This is done to prevent the deadlocks
* that will occur if any of the threads own monitors
* that will be needed by the invoked method. It is possible that
* breakpoints or other events might occur during the invocation.
* Note, however, that this implicit resume acts exactly like
* the ThreadReference resume command, so if the thread's suspend
* count is greater than 1, it will remain in a suspended state
* during the invocation. By default, when the invocation completes,
* all threads in the target VM are suspended, regardless their state
* before the invocation.
*
* The resumption of other threads during the invoke can be prevented
* by specifying the INVOKE_SINGLE_THREADED
* bit flag in the options field; however,
* there is no protection against or recovery from the deadlocks
* described above, so this option should be used with great caution.
* Only the specified thread will be resumed (as described for all
* threads above). Upon completion of a single threaded invoke, the invoking thread
* will be suspended once again. Note that any threads started during
* the single threaded invocation will not be suspended when the
* invocation completes.
*
* If the target VM is disconnected during the invoke (for example, through
* the VirtualMachine dispose command) the method invocation continues.
*/
static class InvokeMethod {
static final int COMMAND = 6;
static InvokeMethod process(VirtualMachineImpl vm,
ObjectReferenceImpl object,
ThreadReferenceImpl thread,
ClassTypeImpl clazz,
long methodID,
ValueImpl[] arguments,
int options)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, object, thread, clazz, methodID, arguments, options);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ObjectReferenceImpl object,
ThreadReferenceImpl thread,
ClassTypeImpl clazz,
long methodID,
ValueImpl[] arguments,
int options) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.InvokeMethod"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
ps.writeObjectRef(object.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: clazz(ClassTypeImpl): " + (clazz==null?"NULL":"ref="+clazz.ref()));
}
ps.writeClassRef(clazz.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: methodID(long): " + methodID);
}
ps.writeMethodRef(methodID);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: arguments(ValueImpl[]): " + "");
}
ps.writeInt(arguments.length);
for (int i = 0; i < arguments.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: arguments[i](ValueImpl): " + arguments[i]);
}
ps.writeValue(arguments[i]);
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: options(int): " + options);
}
ps.writeInt(options);
ps.send();
return ps;
}
static InvokeMethod waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new InvokeMethod(vm, ps);
}
/**
* The returned value, or null if an exception is thrown.
*/
final ValueImpl returnValue;
/**
* The thrown exception, if any.
*/
final ObjectReferenceImpl exception;
private InvokeMethod(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.InvokeMethod"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
returnValue = ps.readValue();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "returnValue(ValueImpl): " + returnValue);
}
exception = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "exception(ObjectReferenceImpl): " + (exception==null?"NULL":"ref="+exception.ref()));
}
}
}
/**
* Prevents garbage collection for the given object. By
* default all objects in back-end replies may be
* collected at any time the target VM is running. A call to
* this command guarantees that the object will not be
* collected. The
* EnableCollection
* command can be used to
* allow collection once again.
*
* Note that while the target VM is suspended, no garbage
* collection will occur because all threads are suspended.
* The typical examination of variables, fields, and arrays
* during the suspension is safe without explicitly disabling
* garbage collection.
*
* This method should be used sparingly, as it alters the
* pattern of garbage collection in the target VM and,
* consequently, may result in application behavior under the
* debugger that differs from its non-debugged behavior.
*/
static class DisableCollection {
static final int COMMAND = 7;
static DisableCollection process(VirtualMachineImpl vm,
ObjectReferenceImpl object)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, object);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ObjectReferenceImpl object) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.DisableCollection"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
ps.writeObjectRef(object.ref());
ps.send();
return ps;
}
static DisableCollection waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new DisableCollection(vm, ps);
}
private DisableCollection(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.DisableCollection"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Permits garbage collection for this object. By default all
* objects returned by JDWP may become unreachable in the target VM,
* and hence may be garbage collected. A call to this command is
* necessary only if garbage collection was previously disabled with
* the DisableCollection
* command.
*/
static class EnableCollection {
static final int COMMAND = 8;
static EnableCollection process(VirtualMachineImpl vm,
ObjectReferenceImpl object)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, object);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ObjectReferenceImpl object) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.EnableCollection"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
ps.writeObjectRef(object.ref());
ps.send();
return ps;
}
static EnableCollection waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new EnableCollection(vm, ps);
}
private EnableCollection(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.EnableCollection"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Determines whether an object has been garbage collected in the
* target VM.
*/
static class IsCollected {
static final int COMMAND = 9;
static IsCollected process(VirtualMachineImpl vm,
ObjectReferenceImpl object)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, object);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ObjectReferenceImpl object) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.IsCollected"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
ps.writeObjectRef(object.ref());
ps.send();
return ps;
}
static IsCollected waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new IsCollected(vm, ps);
}
/**
* true if the object has been collected; false otherwise
*/
final boolean isCollected;
private IsCollected(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.IsCollected"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
isCollected = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "isCollected(boolean): " + isCollected);
}
}
}
/**
* Returns objects that directly reference this object.
* Only objects that are reachable for the purposes
* of garbage collection are returned.
* Note that an object can also be referenced in other ways,
* such as from a local variable in a stack frame, or from a JNI global
* reference. Such non-object referrers are not returned by this command.
*
Since JDWP version 1.6. Requires canGetInstanceInfo capability - see
* CapabilitiesNew.
*/
static class ReferringObjects {
static final int COMMAND = 10;
static ReferringObjects process(VirtualMachineImpl vm,
ObjectReferenceImpl object,
int maxReferrers)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, object, maxReferrers);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ObjectReferenceImpl object,
int maxReferrers) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.ReferringObjects"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
ps.writeObjectRef(object.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: maxReferrers(int): " + maxReferrers);
}
ps.writeInt(maxReferrers);
ps.send();
return ps;
}
static ReferringObjects waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new ReferringObjects(vm, ps);
}
/**
* The number of objects that follow.
*/
final ObjectReferenceImpl[] referringObjects;
private ReferringObjects(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ObjectReference.ReferringObjects"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "referringObjects(ObjectReferenceImpl[]): " + "");
}
int referringObjectsCount = ps.readInt();
referringObjects = new ObjectReferenceImpl[referringObjectsCount];
for (int i = 0; i < referringObjectsCount; i++) {;
referringObjects[i] = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "referringObjects[i](ObjectReferenceImpl): " + (referringObjects[i]==null?"NULL":"ref="+referringObjects[i].ref()));
}
}
}
}
}
static class StringReference {
static final int COMMAND_SET = 10;
private StringReference() {} // hide constructor
/**
* Returns the characters contained in the string.
*/
static class Value {
static final int COMMAND = 1;
static Value process(VirtualMachineImpl vm,
ObjectReferenceImpl stringObject)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, stringObject);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ObjectReferenceImpl stringObject) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.StringReference.Value"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: stringObject(ObjectReferenceImpl): " + (stringObject==null?"NULL":"ref="+stringObject.ref()));
}
ps.writeObjectRef(stringObject.ref());
ps.send();
return ps;
}
static Value waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Value(vm, ps);
}
/**
* UTF-8 representation of the string value.
*/
final String stringValue;
private Value(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.StringReference.Value"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
stringValue = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "stringValue(String): " + stringValue);
}
}
}
}
static class ThreadReference {
static final int COMMAND_SET = 11;
private ThreadReference() {} // hide constructor
/**
* Returns the thread name.
*/
static class Name {
static final int COMMAND = 1;
static Name process(VirtualMachineImpl vm,
ThreadReferenceImpl thread)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.Name"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
ps.send();
return ps;
}
static Name waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Name(vm, ps);
}
/**
* The thread name.
*/
final String threadName;
private Name(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.Name"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
threadName = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "threadName(String): " + threadName);
}
}
}
/**
* Suspends the thread.
*
* Unlike java.lang.Thread.suspend(), suspends of both
* the virtual machine and individual threads are counted. Before
* a thread will run again, it must be resumed the same number
* of times it has been suspended.
*
* Suspending single threads with command has the same
* dangers java.lang.Thread.suspend(). If the suspended
* thread holds a monitor needed by another running thread,
* deadlock is possible in the target VM (at least until the
* suspended thread is resumed again).
*
* The suspended thread is guaranteed to remain suspended until
* resumed through one of the JDI resume methods mentioned above;
* the application in the target VM cannot resume the suspended thread
* through {@link java.lang.Thread#resume}.
*
* Note that this doesn't change the status of the thread (see the
* ThreadStatus command.)
* For example, if it was
* Running, it will still appear running to other threads.
*/
static class Suspend {
static final int COMMAND = 2;
static Suspend process(VirtualMachineImpl vm,
ThreadReferenceImpl thread)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.Suspend"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
ps.send();
return ps;
}
static Suspend waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Suspend(vm, ps);
}
private Suspend(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.Suspend"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Resumes the execution of a given thread. If this thread was
* not previously suspended by the front-end,
* calling this command has no effect.
* Otherwise, the count of pending suspends on this thread is
* decremented. If it is decremented to 0, the thread will
* continue to execute.
*/
static class Resume {
static final int COMMAND = 3;
static Resume process(VirtualMachineImpl vm,
ThreadReferenceImpl thread)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.Resume"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
ps.send();
return ps;
}
static Resume waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Resume(vm, ps);
}
private Resume(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.Resume"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Returns the current status of a thread. The thread status
* reply indicates the thread status the last time it was running.
* the suspend status provides information on the thread's
* suspension, if any.
*/
static class Status {
static final int COMMAND = 4;
static Status process(VirtualMachineImpl vm,
ThreadReferenceImpl thread)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.Status"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
ps.send();
return ps;
}
static Status waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Status(vm, ps);
}
/**
* One of the thread status codes
* See JDWP.ThreadStatus
*/
final int threadStatus;
/**
* One of the suspend status codes
* See JDWP.SuspendStatus
*/
final int suspendStatus;
private Status(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.Status"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
threadStatus = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "threadStatus(int): " + threadStatus);
}
suspendStatus = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "suspendStatus(int): " + suspendStatus);
}
}
}
/**
* Returns the thread group that contains a given thread.
*/
static class ThreadGroup {
static final int COMMAND = 5;
static ThreadGroup process(VirtualMachineImpl vm,
ThreadReferenceImpl thread)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.ThreadGroup"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
ps.send();
return ps;
}
static ThreadGroup waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new ThreadGroup(vm, ps);
}
/**
* The thread group of this thread.
*/
final ThreadGroupReferenceImpl group;
private ThreadGroup(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.ThreadGroup"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
group = ps.readThreadGroupReference();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "group(ThreadGroupReferenceImpl): " + (group==null?"NULL":"ref="+group.ref()));
}
}
}
/**
* Returns the current call stack of a suspended thread.
* The sequence of frames starts with
* the currently executing frame, followed by its caller,
* and so on. The thread must be suspended, and the returned
* frameID is valid only while the thread is suspended.
*/
static class Frames {
static final int COMMAND = 6;
static Frames process(VirtualMachineImpl vm,
ThreadReferenceImpl thread,
int startFrame,
int length)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread, startFrame, length);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread,
int startFrame,
int length) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.Frames"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: startFrame(int): " + startFrame);
}
ps.writeInt(startFrame);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: length(int): " + length);
}
ps.writeInt(length);
ps.send();
return ps;
}
static Frames waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Frames(vm, ps);
}
static class Frame {
/**
* The ID of this frame.
*/
final long frameID;
/**
* The current location of this frame
*/
final Location location;
private Frame(VirtualMachineImpl vm, PacketStream ps) {
frameID = ps.readFrameRef();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "frameID(long): " + frameID);
}
location = ps.readLocation();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "location(Location): " + location);
}
}
}
/**
* The number of frames retreived
*/
final Frame[] frames;
private Frames(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.Frames"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "frames(Frame[]): " + "");
}
int framesCount = ps.readInt();
frames = new Frame[framesCount];
for (int i = 0; i < framesCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "frames[i](Frame): " + "");
}
frames[i] = new Frame(vm, ps);
}
}
}
/**
* Returns the count of frames on this thread's stack.
* The thread must be suspended, and the returned
* count is valid only while the thread is suspended.
* Returns JDWP.Error.errorThreadNotSuspended if not suspended.
*/
static class FrameCount {
static final int COMMAND = 7;
static FrameCount process(VirtualMachineImpl vm,
ThreadReferenceImpl thread)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.FrameCount"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
ps.send();
return ps;
}
static FrameCount waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new FrameCount(vm, ps);
}
/**
* The count of frames on this thread's stack.
*/
final int frameCount;
private FrameCount(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.FrameCount"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
frameCount = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "frameCount(int): " + frameCount);
}
}
}
/**
* Returns the objects whose monitors have been entered by this thread.
* The thread must be suspended, and the returned information is
* relevant only while the thread is suspended.
* Requires canGetOwnedMonitorInfo capability - see
* CapabilitiesNew.
*/
static class OwnedMonitors {
static final int COMMAND = 8;
static OwnedMonitors process(VirtualMachineImpl vm,
ThreadReferenceImpl thread)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.OwnedMonitors"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
ps.send();
return ps;
}
static OwnedMonitors waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new OwnedMonitors(vm, ps);
}
/**
* The number of owned monitors
*/
final ObjectReferenceImpl[] owned;
private OwnedMonitors(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.OwnedMonitors"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "owned(ObjectReferenceImpl[]): " + "");
}
int ownedCount = ps.readInt();
owned = new ObjectReferenceImpl[ownedCount];
for (int i = 0; i < ownedCount; i++) {;
owned[i] = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "owned[i](ObjectReferenceImpl): " + (owned[i]==null?"NULL":"ref="+owned[i].ref()));
}
}
}
}
/**
* Returns the object, if any, for which this thread is waiting. The
* thread may be waiting to enter a monitor, or it may be waiting, via
* the java.lang.Object.wait method, for another thread to invoke the
* notify method.
* The thread must be suspended, and the returned information is
* relevant only while the thread is suspended.
* Requires canGetCurrentContendedMonitor capability - see
* CapabilitiesNew.
*/
static class CurrentContendedMonitor {
static final int COMMAND = 9;
static CurrentContendedMonitor process(VirtualMachineImpl vm,
ThreadReferenceImpl thread)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.CurrentContendedMonitor"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
ps.send();
return ps;
}
static CurrentContendedMonitor waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new CurrentContendedMonitor(vm, ps);
}
/**
* The contended monitor, or null if
* there is no current contended monitor.
*/
final ObjectReferenceImpl monitor;
private CurrentContendedMonitor(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.CurrentContendedMonitor"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
monitor = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "monitor(ObjectReferenceImpl): " + (monitor==null?"NULL":"ref="+monitor.ref()));
}
}
}
/**
* Stops the thread with an asynchronous exception, as if done by
* java.lang.Thread.stop
*/
static class Stop {
static final int COMMAND = 10;
static Stop process(VirtualMachineImpl vm,
ThreadReferenceImpl thread,
ObjectReferenceImpl throwable)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread, throwable);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread,
ObjectReferenceImpl throwable) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.Stop"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: throwable(ObjectReferenceImpl): " + (throwable==null?"NULL":"ref="+throwable.ref()));
}
ps.writeObjectRef(throwable.ref());
ps.send();
return ps;
}
static Stop waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Stop(vm, ps);
}
private Stop(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.Stop"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Interrupt the thread, as if done by java.lang.Thread.interrupt
*/
static class Interrupt {
static final int COMMAND = 11;
static Interrupt process(VirtualMachineImpl vm,
ThreadReferenceImpl thread)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.Interrupt"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
ps.send();
return ps;
}
static Interrupt waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Interrupt(vm, ps);
}
private Interrupt(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.Interrupt"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Get the suspend count for this thread. The suspend count is the
* number of times the thread has been suspended through the
* thread-level or VM-level suspend commands without a corresponding resume
*/
static class SuspendCount {
static final int COMMAND = 12;
static SuspendCount process(VirtualMachineImpl vm,
ThreadReferenceImpl thread)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.SuspendCount"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
ps.send();
return ps;
}
static SuspendCount waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new SuspendCount(vm, ps);
}
/**
* The number of outstanding suspends of this thread.
*/
final int suspendCount;
private SuspendCount(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.SuspendCount"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
suspendCount = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "suspendCount(int): " + suspendCount);
}
}
}
/**
* Returns monitor objects owned by the thread, along with stack depth at which
* the monitor was acquired. Returns stack depth of -1 if
* the implementation cannot determine the stack depth
* (e.g., for monitors acquired by JNI MonitorEnter).
* The thread must be suspended, and the returned information is
* relevant only while the thread is suspended.
* Requires canGetMonitorFrameInfo capability - see
* CapabilitiesNew.
*
Since JDWP version 1.6.
*/
static class OwnedMonitorsStackDepthInfo {
static final int COMMAND = 13;
static OwnedMonitorsStackDepthInfo process(VirtualMachineImpl vm,
ThreadReferenceImpl thread)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.OwnedMonitorsStackDepthInfo"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
ps.send();
return ps;
}
static OwnedMonitorsStackDepthInfo waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new OwnedMonitorsStackDepthInfo(vm, ps);
}
static class monitor {
/**
* An owned monitor
*/
final ObjectReferenceImpl monitor;
/**
* Stack depth location where monitor was acquired
*/
final int stack_depth;
private monitor(VirtualMachineImpl vm, PacketStream ps) {
monitor = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "monitor(ObjectReferenceImpl): " + (monitor==null?"NULL":"ref="+monitor.ref()));
}
stack_depth = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "stack_depth(int): " + stack_depth);
}
}
}
/**
* The number of owned monitors
*/
final monitor[] owned;
private OwnedMonitorsStackDepthInfo(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.OwnedMonitorsStackDepthInfo"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "owned(monitor[]): " + "");
}
int ownedCount = ps.readInt();
owned = new monitor[ownedCount];
for (int i = 0; i < ownedCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "owned[i](monitor): " + "");
}
owned[i] = new monitor(vm, ps);
}
}
}
/**
* Force a method to return before it reaches a return
* statement.
*
* The method which will return early is referred to as the
* called method. The called method is the current method (as
* defined by the Frames section in
* The Java™ Virtual Machine Specification)
* for the specified thread at the time this command
* is received.
*
* The specified thread must be suspended.
* The return occurs when execution of Java programming
* language code is resumed on this thread. Between sending this
* command and resumption of thread execution, the
* state of the stack is undefined.
*
* No further instructions are executed in the called
* method. Specifically, finally blocks are not executed. Note:
* this can cause inconsistent states in the application.
*
* A lock acquired by calling the called method (if it is a
* synchronized method) and locks acquired by entering
* synchronized blocks within the called method are
* released. Note: this does not apply to JNI locks or
* java.util.concurrent.locks locks.
*
* Events, such as MethodExit, are generated as they would be in
* a normal return.
*
* The called method must be a non-native Java programming
* language method. Forcing return on a thread with only one
* frame on the stack causes the thread to exit when resumed.
*
* For void methods, the value must be a void value.
* For methods that return primitive values, the value's type must
* match the return type exactly. For object values, there must be a
* widening reference conversion from the value's type to the
* return type type and the return type must be loaded.
*
* Since JDWP version 1.6. Requires canForceEarlyReturn capability - see
* CapabilitiesNew.
*/
static class ForceEarlyReturn {
static final int COMMAND = 14;
static ForceEarlyReturn process(VirtualMachineImpl vm,
ThreadReferenceImpl thread,
ValueImpl value)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread, value);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread,
ValueImpl value) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.ForceEarlyReturn"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: value(ValueImpl): " + value);
}
ps.writeValue(value);
ps.send();
return ps;
}
static ForceEarlyReturn waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new ForceEarlyReturn(vm, ps);
}
private ForceEarlyReturn(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadReference.ForceEarlyReturn"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
}
static class ThreadGroupReference {
static final int COMMAND_SET = 12;
private ThreadGroupReference() {} // hide constructor
/**
* Returns the thread group name.
*/
static class Name {
static final int COMMAND = 1;
static Name process(VirtualMachineImpl vm,
ThreadGroupReferenceImpl group)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, group);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadGroupReferenceImpl group) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadGroupReference.Name"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: group(ThreadGroupReferenceImpl): " + (group==null?"NULL":"ref="+group.ref()));
}
ps.writeObjectRef(group.ref());
ps.send();
return ps;
}
static Name waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Name(vm, ps);
}
/**
* The thread group's name.
*/
final String groupName;
private Name(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadGroupReference.Name"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
groupName = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "groupName(String): " + groupName);
}
}
}
/**
* Returns the thread group, if any, which contains a given thread group.
*/
static class Parent {
static final int COMMAND = 2;
static Parent process(VirtualMachineImpl vm,
ThreadGroupReferenceImpl group)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, group);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadGroupReferenceImpl group) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadGroupReference.Parent"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: group(ThreadGroupReferenceImpl): " + (group==null?"NULL":"ref="+group.ref()));
}
ps.writeObjectRef(group.ref());
ps.send();
return ps;
}
static Parent waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Parent(vm, ps);
}
/**
* The parent thread group object, or
* null if the given thread group
* is a top-level thread group
*/
final ThreadGroupReferenceImpl parentGroup;
private Parent(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadGroupReference.Parent"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
parentGroup = ps.readThreadGroupReference();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "parentGroup(ThreadGroupReferenceImpl): " + (parentGroup==null?"NULL":"ref="+parentGroup.ref()));
}
}
}
/**
* Returns the live threads and active thread groups directly contained
* in this thread group. Threads and thread groups in child
* thread groups are not included.
* A thread is alive if it has been started and has not yet been stopped.
* See java.lang.ThreadGroup
* for information about active ThreadGroups.
*/
static class Children {
static final int COMMAND = 3;
static Children process(VirtualMachineImpl vm,
ThreadGroupReferenceImpl group)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, group);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadGroupReferenceImpl group) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ThreadGroupReference.Children"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: group(ThreadGroupReferenceImpl): " + (group==null?"NULL":"ref="+group.ref()));
}
ps.writeObjectRef(group.ref());
ps.send();
return ps;
}
static Children waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Children(vm, ps);
}
/**
* The number of live child threads.
*/
final ThreadReferenceImpl[] childThreads;
/**
* The number of active child thread groups.
*/
final ThreadGroupReferenceImpl[] childGroups;
private Children(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ThreadGroupReference.Children"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "childThreads(ThreadReferenceImpl[]): " + "");
}
int childThreadsCount = ps.readInt();
childThreads = new ThreadReferenceImpl[childThreadsCount];
for (int i = 0; i < childThreadsCount; i++) {;
childThreads[i] = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "childThreads[i](ThreadReferenceImpl): " + (childThreads[i]==null?"NULL":"ref="+childThreads[i].ref()));
}
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "childGroups(ThreadGroupReferenceImpl[]): " + "");
}
int childGroupsCount = ps.readInt();
childGroups = new ThreadGroupReferenceImpl[childGroupsCount];
for (int i = 0; i < childGroupsCount; i++) {;
childGroups[i] = ps.readThreadGroupReference();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "childGroups[i](ThreadGroupReferenceImpl): " + (childGroups[i]==null?"NULL":"ref="+childGroups[i].ref()));
}
}
}
}
}
static class ArrayReference {
static final int COMMAND_SET = 13;
private ArrayReference() {} // hide constructor
/**
* Returns the number of components in a given array.
*/
static class Length {
static final int COMMAND = 1;
static Length process(VirtualMachineImpl vm,
ArrayReferenceImpl arrayObject)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, arrayObject);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ArrayReferenceImpl arrayObject) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ArrayReference.Length"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: arrayObject(ArrayReferenceImpl): " + (arrayObject==null?"NULL":"ref="+arrayObject.ref()));
}
ps.writeObjectRef(arrayObject.ref());
ps.send();
return ps;
}
static Length waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Length(vm, ps);
}
/**
* The length of the array.
*/
final int arrayLength;
private Length(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ArrayReference.Length"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
arrayLength = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "arrayLength(int): " + arrayLength);
}
}
}
/**
* Returns a range of array components. The specified range must
* be within the bounds of the array.
*/
static class GetValues {
static final int COMMAND = 2;
static GetValues process(VirtualMachineImpl vm,
ArrayReferenceImpl arrayObject,
int firstIndex,
int length)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, arrayObject, firstIndex, length);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ArrayReferenceImpl arrayObject,
int firstIndex,
int length) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ArrayReference.GetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: arrayObject(ArrayReferenceImpl): " + (arrayObject==null?"NULL":"ref="+arrayObject.ref()));
}
ps.writeObjectRef(arrayObject.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: firstIndex(int): " + firstIndex);
}
ps.writeInt(firstIndex);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: length(int): " + length);
}
ps.writeInt(length);
ps.send();
return ps;
}
static GetValues waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new GetValues(vm, ps);
}
/**
* The retrieved values. If the values
* are objects, they are tagged-values;
* otherwise, they are untagged-values
*/
final List values;
private GetValues(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ArrayReference.GetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
values = ps.readArrayRegion();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "values(List): " + values);
}
}
}
/**
* Sets a range of array components. The specified range must
* be within the bounds of the array.
* For primitive values, each value's type must match the
* array component type exactly. For object values, there must be a
* widening reference conversion from the value's type to the
* array component type and the array component type must be loaded.
*/
static class SetValues {
static final int COMMAND = 3;
static SetValues process(VirtualMachineImpl vm,
ArrayReferenceImpl arrayObject,
int firstIndex,
ValueImpl[] values)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, arrayObject, firstIndex, values);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ArrayReferenceImpl arrayObject,
int firstIndex,
ValueImpl[] values) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ArrayReference.SetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: arrayObject(ArrayReferenceImpl): " + (arrayObject==null?"NULL":"ref="+arrayObject.ref()));
}
ps.writeObjectRef(arrayObject.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: firstIndex(int): " + firstIndex);
}
ps.writeInt(firstIndex);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: values(ValueImpl[]): " + "");
}
ps.writeInt(values.length);
for (int i = 0; i < values.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: values[i](ValueImpl): " + values[i]);
}
ps.writeUntaggedValue(values[i]);
}
ps.send();
return ps;
}
static SetValues waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new SetValues(vm, ps);
}
private SetValues(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ArrayReference.SetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
}
static class ClassLoaderReference {
static final int COMMAND_SET = 14;
private ClassLoaderReference() {} // hide constructor
/**
* Returns a list of all classes which this class loader has
* been requested to load. This class loader is considered to be
* an initiating class loader for each class in the returned
* list. The list contains each
* reference type defined by this loader and any types for which
* loading was delegated by this class loader to another class loader.
*
* The visible class list has useful properties with respect to
* the type namespace. A particular type name will occur at most
* once in the list. Each field or variable declared with that
* type name in a class defined by
* this class loader must be resolved to that single type.
*
* No ordering of the returned list is guaranteed.
*/
static class VisibleClasses {
static final int COMMAND = 1;
static VisibleClasses process(VirtualMachineImpl vm,
ClassLoaderReferenceImpl classLoaderObject)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, classLoaderObject);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ClassLoaderReferenceImpl classLoaderObject) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ClassLoaderReference.VisibleClasses"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: classLoaderObject(ClassLoaderReferenceImpl): " + (classLoaderObject==null?"NULL":"ref="+classLoaderObject.ref()));
}
ps.writeObjectRef(classLoaderObject.ref());
ps.send();
return ps;
}
static VisibleClasses waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new VisibleClasses(vm, ps);
}
static class ClassInfo {
/**
* Kind
* of following reference type.
*/
final byte refTypeTag;
/**
* A class visible to this class loader.
*/
final long typeID;
private ClassInfo(VirtualMachineImpl vm, PacketStream ps) {
refTypeTag = ps.readByte();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "refTypeTag(byte): " + refTypeTag);
}
typeID = ps.readClassRef();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "typeID(long): " + "ref="+typeID);
}
}
}
/**
* The number of visible classes.
*/
final ClassInfo[] classes;
private VisibleClasses(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ClassLoaderReference.VisibleClasses"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "classes(ClassInfo[]): " + "");
}
int classesCount = ps.readInt();
classes = new ClassInfo[classesCount];
for (int i = 0; i < classesCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "classes[i](ClassInfo): " + "");
}
classes[i] = new ClassInfo(vm, ps);
}
}
}
}
static class EventRequest {
static final int COMMAND_SET = 15;
private EventRequest() {} // hide constructor
/**
* Set an event request. When the event described by this request
* occurs, an event is sent from the
* target VM. If an event occurs that has not been requested then it is not sent
* from the target VM. The two exceptions to this are the VM Start Event and
* the VM Death Event which are automatically generated events - see
* Composite Command for further details.
*/
static class Set {
static final int COMMAND = 1;
static class Modifier {
abstract static class ModifierCommon {
abstract void write(PacketStream ps);
}
/**
* Modifier kind
*/
final byte modKind;
ModifierCommon aModifierCommon;
Modifier(byte modKind, ModifierCommon aModifierCommon) {
this.modKind = modKind;
this. aModifierCommon = aModifierCommon;
}
private void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: modKind(byte): " + modKind);
}
ps.writeByte(modKind);
aModifierCommon.write(ps);
}
/**
* Limit the requested event to be reported at most once after a
* given number of occurrences. The event is not reported
* the first count - 1 times this filter is reached.
* To request a one-off event, call this method with a count of 1.
*
* Once the count reaches 0, any subsequent filters in this request
* are applied. If none of those filters cause the event to be
* suppressed, the event is reported. Otherwise, the event is not
* reported. In either case subsequent events are never reported for
* this request.
* This modifier can be used with any event kind.
*/
static class Count extends ModifierCommon {
static final byte ALT_ID = 1;
static Modifier create(int count) {
return new Modifier(ALT_ID, new Count(count));
}
/**
* Count before event. One for one-off.
*/
final int count;
Count(int count) {
this.count = count;
}
void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: count(int): " + count);
}
ps.writeInt(count);
}
}
/**
* Conditional on expression
*/
static class Conditional extends ModifierCommon {
static final byte ALT_ID = 2;
static Modifier create(int exprID) {
return new Modifier(ALT_ID, new Conditional(exprID));
}
/**
* For the future
*/
final int exprID;
Conditional(int exprID) {
this.exprID = exprID;
}
void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: exprID(int): " + exprID);
}
ps.writeInt(exprID);
}
}
/**
* Restricts reported events to
* those in the given thread.
* This modifier can be used with any event kind
* except for class unload.
*/
static class ThreadOnly extends ModifierCommon {
static final byte ALT_ID = 3;
static Modifier create(ThreadReferenceImpl thread) {
return new Modifier(ALT_ID, new ThreadOnly(thread));
}
/**
* Required thread
*/
final ThreadReferenceImpl thread;
ThreadOnly(ThreadReferenceImpl thread) {
this.thread = thread;
}
void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
}
}
/**
* For class prepare events, restricts the events
* generated by this request to be the
* preparation of the given reference type and any subtypes.
* For monitor wait and waited events, restricts the events
* generated by this request to those whose monitor object
* is of the given reference type or any of its subtypes.
* For other events, restricts the events generated
* by this request to those
* whose location is in the given reference type or any of its subtypes.
* An event will be generated for any location in a reference type that can
* be safely cast to the given reference type.
* This modifier can be used with any event kind except
* class unload, thread start, and thread end.
*/
static class ClassOnly extends ModifierCommon {
static final byte ALT_ID = 4;
static Modifier create(ReferenceTypeImpl clazz) {
return new Modifier(ALT_ID, new ClassOnly(clazz));
}
/**
* Required class
*/
final ReferenceTypeImpl clazz;
ClassOnly(ReferenceTypeImpl clazz) {
this.clazz = clazz;
}
void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: clazz(ReferenceTypeImpl): " + (clazz==null?"NULL":"ref="+clazz.ref()));
}
ps.writeClassRef(clazz.ref());
}
}
/**
* Restricts reported events to those for classes whose name
* matches the given restricted regular expression.
* For class prepare events, the prepared class name
* is matched. For class unload events, the
* unloaded class name is matched. For monitor wait
* and waited events, the name of the class of the
* monitor object is matched. For other events,
* the class name of the event's location is matched.
* This modifier can be used with any event kind except
* thread start and thread end.
*/
static class ClassMatch extends ModifierCommon {
static final byte ALT_ID = 5;
static Modifier create(String classPattern) {
return new Modifier(ALT_ID, new ClassMatch(classPattern));
}
/**
* Required class pattern.
* Matches are limited to exact matches of the
* given class pattern and matches of patterns that
* begin or end with '*'; for example,
* "*.Foo" or "java.*".
*/
final String classPattern;
ClassMatch(String classPattern) {
this.classPattern = classPattern;
}
void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: classPattern(String): " + classPattern);
}
ps.writeString(classPattern);
}
}
/**
* Restricts reported events to those for classes whose name
* does not match the given restricted regular expression.
* For class prepare events, the prepared class name
* is matched. For class unload events, the
* unloaded class name is matched. For monitor wait and
* waited events, the name of the class of the monitor
* object is matched. For other events,
* the class name of the event's location is matched.
* This modifier can be used with any event kind except
* thread start and thread end.
*/
static class ClassExclude extends ModifierCommon {
static final byte ALT_ID = 6;
static Modifier create(String classPattern) {
return new Modifier(ALT_ID, new ClassExclude(classPattern));
}
/**
* Disallowed class pattern.
* Matches are limited to exact matches of the
* given class pattern and matches of patterns that
* begin or end with '*'; for example,
* "*.Foo" or "java.*".
*/
final String classPattern;
ClassExclude(String classPattern) {
this.classPattern = classPattern;
}
void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: classPattern(String): " + classPattern);
}
ps.writeString(classPattern);
}
}
/**
* Restricts reported events to those that occur at
* the given location.
* This modifier can be used with
* breakpoint, field access, field modification,
* step, and exception event kinds.
*/
static class LocationOnly extends ModifierCommon {
static final byte ALT_ID = 7;
static Modifier create(Location loc) {
return new Modifier(ALT_ID, new LocationOnly(loc));
}
/**
* Required location
*/
final Location loc;
LocationOnly(Location loc) {
this.loc = loc;
}
void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: loc(Location): " + loc);
}
ps.writeLocation(loc);
}
}
/**
* Restricts reported exceptions by their class and
* whether they are caught or uncaught.
* This modifier can be used with
* exception event kinds only.
*/
static class ExceptionOnly extends ModifierCommon {
static final byte ALT_ID = 8;
static Modifier create(ReferenceTypeImpl exceptionOrNull, boolean caught, boolean uncaught) {
return new Modifier(ALT_ID, new ExceptionOnly(exceptionOrNull, caught, uncaught));
}
/**
* Exception to report. Null (0) means report
* exceptions of all types.
* A non-null type restricts the reported exception
* events to exceptions of the given type or
* any of its subtypes.
*/
final ReferenceTypeImpl exceptionOrNull;
/**
* Report caught exceptions
*/
final boolean caught;
/**
* Report uncaught exceptions.
* Note that it
* is not always possible to determine whether an
* exception is caught or uncaught at the time it is
* thrown. See the exception event catch location under
* composite events
* for more information.
*/
final boolean uncaught;
ExceptionOnly(ReferenceTypeImpl exceptionOrNull, boolean caught, boolean uncaught) {
this.exceptionOrNull = exceptionOrNull;
this.caught = caught;
this.uncaught = uncaught;
}
void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: exceptionOrNull(ReferenceTypeImpl): " + (exceptionOrNull==null?"NULL":"ref="+exceptionOrNull.ref()));
}
ps.writeClassRef(exceptionOrNull.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: caught(boolean): " + caught);
}
ps.writeBoolean(caught);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: uncaught(boolean): " + uncaught);
}
ps.writeBoolean(uncaught);
}
}
/**
* Restricts reported events to those that occur for
* a given field.
* This modifier can be used with
* field access and field modification event kinds only.
*/
static class FieldOnly extends ModifierCommon {
static final byte ALT_ID = 9;
static Modifier create(ReferenceTypeImpl declaring, long fieldID) {
return new Modifier(ALT_ID, new FieldOnly(declaring, fieldID));
}
/**
* Type in which field is declared.
*/
final ReferenceTypeImpl declaring;
/**
* Required field
*/
final long fieldID;
FieldOnly(ReferenceTypeImpl declaring, long fieldID) {
this.declaring = declaring;
this.fieldID = fieldID;
}
void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: declaring(ReferenceTypeImpl): " + (declaring==null?"NULL":"ref="+declaring.ref()));
}
ps.writeClassRef(declaring.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: fieldID(long): " + fieldID);
}
ps.writeFieldRef(fieldID);
}
}
/**
* Restricts reported step events
* to those which satisfy
* depth and size constraints.
* This modifier can be used with
* step event kinds only.
*/
static class Step extends ModifierCommon {
static final byte ALT_ID = 10;
static Modifier create(ThreadReferenceImpl thread, int size, int depth) {
return new Modifier(ALT_ID, new Step(thread, size, depth));
}
/**
* Thread in which to step
*/
final ThreadReferenceImpl thread;
/**
* size of each step.
* See JDWP.StepSize
*/
final int size;
/**
* relative call stack limit.
* See JDWP.StepDepth
*/
final int depth;
Step(ThreadReferenceImpl thread, int size, int depth) {
this.thread = thread;
this.size = size;
this.depth = depth;
}
void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: size(int): " + size);
}
ps.writeInt(size);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: depth(int): " + depth);
}
ps.writeInt(depth);
}
}
/**
* Restricts reported events to those whose
* active 'this' object is the given object.
* Match value is the null object for static methods.
* This modifier can be used with any event kind
* except class prepare, class unload, thread start,
* and thread end. Introduced in JDWP version 1.4.
*/
static class InstanceOnly extends ModifierCommon {
static final byte ALT_ID = 11;
static Modifier create(ObjectReferenceImpl instance) {
return new Modifier(ALT_ID, new InstanceOnly(instance));
}
/**
* Required 'this' object
*/
final ObjectReferenceImpl instance;
InstanceOnly(ObjectReferenceImpl instance) {
this.instance = instance;
}
void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: instance(ObjectReferenceImpl): " + (instance==null?"NULL":"ref="+instance.ref()));
}
ps.writeObjectRef(instance.ref());
}
}
/**
* Restricts reported class prepare events to those
* for reference types which have a source name
* which matches the given restricted regular expression.
* The source names are determined by the reference type's
*
* SourceDebugExtension.
* This modifier can only be used with class prepare
* events.
* Since JDWP version 1.6. Requires the canUseSourceNameFilters
* capability - see
* CapabilitiesNew.
*/
static class SourceNameMatch extends ModifierCommon {
static final byte ALT_ID = 12;
static Modifier create(String sourceNamePattern) {
return new Modifier(ALT_ID, new SourceNameMatch(sourceNamePattern));
}
/**
* Required source name pattern.
* Matches are limited to exact matches of the
* given pattern and matches of patterns that
* begin or end with '*'; for example,
* "*.Foo" or "java.*".
*/
final String sourceNamePattern;
SourceNameMatch(String sourceNamePattern) {
this.sourceNamePattern = sourceNamePattern;
}
void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: sourceNamePattern(String): " + sourceNamePattern);
}
ps.writeString(sourceNamePattern);
}
}
}
static Set process(VirtualMachineImpl vm,
byte eventKind,
byte suspendPolicy,
Modifier[] modifiers)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, eventKind, suspendPolicy, modifiers);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
byte eventKind,
byte suspendPolicy,
Modifier[] modifiers) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.EventRequest.Set"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: eventKind(byte): " + eventKind);
}
ps.writeByte(eventKind);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: suspendPolicy(byte): " + suspendPolicy);
}
ps.writeByte(suspendPolicy);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: modifiers(Modifier[]): " + "");
}
ps.writeInt(modifiers.length);
for (int i = 0; i < modifiers.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: modifiers[i](Modifier): " + "");
}
modifiers[i].write(ps);
}
ps.send();
return ps;
}
static Set waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Set(vm, ps);
}
/**
* ID of created request
*/
final int requestID;
private Set(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.EventRequest.Set"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "requestID(int): " + requestID);
}
}
}
/**
* Clear an event request. See JDWP.EventKind
* for a complete list of events that can be cleared. Only the event request matching
* the specified event kind and requestID is cleared. If there isn't a matching event
* request the command is a no-op and does not result in an error. Automatically
* generated events do not have a corresponding event request and may not be cleared
* using this command.
*/
static class Clear {
static final int COMMAND = 2;
static Clear process(VirtualMachineImpl vm,
byte eventKind,
int requestID)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, eventKind, requestID);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
byte eventKind,
int requestID) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.EventRequest.Clear"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: eventKind(byte): " + eventKind);
}
ps.writeByte(eventKind);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: requestID(int): " + requestID);
}
ps.writeInt(requestID);
ps.send();
return ps;
}
static Clear waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new Clear(vm, ps);
}
private Clear(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.EventRequest.Clear"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Removes all set breakpoints, a no-op if there are no breakpoints set.
*/
static class ClearAllBreakpoints {
static final int COMMAND = 3;
static ClearAllBreakpoints process(VirtualMachineImpl vm)
throws JDWPException {
PacketStream ps = enqueueCommand(vm);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.EventRequest.ClearAllBreakpoints"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
ps.send();
return ps;
}
static ClearAllBreakpoints waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new ClearAllBreakpoints(vm, ps);
}
private ClearAllBreakpoints(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.EventRequest.ClearAllBreakpoints"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
}
static class StackFrame {
static final int COMMAND_SET = 16;
private StackFrame() {} // hide constructor
/**
* Returns the value of one or more local variables in a
* given frame. Each variable must be visible at the frame's code index.
* Even if local variable information is not available, values can
* be retrieved if the front-end is able to
* determine the correct local variable index. (Typically, this
* index can be determined for method arguments from the method
* signature without access to the local variable table information.)
*/
static class GetValues {
static final int COMMAND = 1;
static class SlotInfo {
/**
* The local variable's index in the frame.
*/
final int slot;
/**
* A tag
* identifying the type of the variable
*/
final byte sigbyte;
SlotInfo(int slot, byte sigbyte) {
this.slot = slot;
this.sigbyte = sigbyte;
}
private void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: slot(int): " + slot);
}
ps.writeInt(slot);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: sigbyte(byte): " + sigbyte);
}
ps.writeByte(sigbyte);
}
}
static GetValues process(VirtualMachineImpl vm,
ThreadReferenceImpl thread,
long frame,
SlotInfo[] slots)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread, frame, slots);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread,
long frame,
SlotInfo[] slots) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.StackFrame.GetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: frame(long): " + frame);
}
ps.writeFrameRef(frame);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: slots(SlotInfo[]): " + "");
}
ps.writeInt(slots.length);
for (int i = 0; i < slots.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: slots[i](SlotInfo): " + "");
}
slots[i].write(ps);
}
ps.send();
return ps;
}
static GetValues waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new GetValues(vm, ps);
}
/**
* The number of values retrieved, always equal to slots,
* the number of values to get.
*/
final ValueImpl[] values;
private GetValues(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.StackFrame.GetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "values(ValueImpl[]): " + "");
}
int valuesCount = ps.readInt();
values = new ValueImpl[valuesCount];
for (int i = 0; i < valuesCount; i++) {;
values[i] = ps.readValue();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "values[i](ValueImpl): " + values[i]);
}
}
}
}
/**
* Sets the value of one or more local variables.
* Each variable must be visible at the current frame code index.
* For primitive values, the value's type must match the
* variable's type exactly. For object values, there must be a
* widening reference conversion from the value's type to the
* variable's type and the variable's type must be loaded.
*
* Even if local variable information is not available, values can
* be set, if the front-end is able to
* determine the correct local variable index. (Typically, this
* index can be determined for method arguments from the method
* signature without access to the local variable table information.)
*/
static class SetValues {
static final int COMMAND = 2;
static class SlotInfo {
/**
* The slot ID.
*/
final int slot;
/**
* The value to set.
*/
final ValueImpl slotValue;
SlotInfo(int slot, ValueImpl slotValue) {
this.slot = slot;
this.slotValue = slotValue;
}
private void write(PacketStream ps) {
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: slot(int): " + slot);
}
ps.writeInt(slot);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: slotValue(ValueImpl): " + slotValue);
}
ps.writeValue(slotValue);
}
}
static SetValues process(VirtualMachineImpl vm,
ThreadReferenceImpl thread,
long frame,
SlotInfo[] slotValues)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread, frame, slotValues);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread,
long frame,
SlotInfo[] slotValues) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.StackFrame.SetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: frame(long): " + frame);
}
ps.writeFrameRef(frame);
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: slotValues(SlotInfo[]): " + "");
}
ps.writeInt(slotValues.length);
for (int i = 0; i < slotValues.length; i++) {;
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: slotValues[i](SlotInfo): " + "");
}
slotValues[i].write(ps);
}
ps.send();
return ps;
}
static SetValues waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new SetValues(vm, ps);
}
private SetValues(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.StackFrame.SetValues"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
/**
* Returns the value of the 'this' reference for this frame.
* If the frame's method is static or native, the reply
* will contain the null object reference.
*/
static class ThisObject {
static final int COMMAND = 3;
static ThisObject process(VirtualMachineImpl vm,
ThreadReferenceImpl thread,
long frame)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread, frame);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread,
long frame) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.StackFrame.ThisObject"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: frame(long): " + frame);
}
ps.writeFrameRef(frame);
ps.send();
return ps;
}
static ThisObject waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new ThisObject(vm, ps);
}
/**
* The 'this' object for this frame.
*/
final ObjectReferenceImpl objectThis;
private ThisObject(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.StackFrame.ThisObject"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
objectThis = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "objectThis(ObjectReferenceImpl): " + (objectThis==null?"NULL":"ref="+objectThis.ref()));
}
}
}
/**
* Pop the top-most stack frames of the thread stack, up to, and including 'frame'.
* The thread must be suspended to perform this command.
* The top-most stack frames are discarded and the stack frame previous to 'frame'
* becomes the current frame. The operand stack is restored -- the argument values
* are added back and if the invoke was not invokestatic,
* objectref is added back as well. The Java virtual machine
* program counter is restored to the opcode of the invoke instruction.
*
* Since JDWP version 1.4. Requires canPopFrames capability - see
* CapabilitiesNew.
*/
static class PopFrames {
static final int COMMAND = 4;
static PopFrames process(VirtualMachineImpl vm,
ThreadReferenceImpl thread,
long frame)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, thread, frame);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ThreadReferenceImpl thread,
long frame) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.StackFrame.PopFrames"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
ps.writeObjectRef(thread.ref());
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: frame(long): " + frame);
}
ps.writeFrameRef(frame);
ps.send();
return ps;
}
static PopFrames waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new PopFrames(vm, ps);
}
private PopFrames(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.StackFrame.PopFrames"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
}
}
}
static class ClassObjectReference {
static final int COMMAND_SET = 17;
private ClassObjectReference() {} // hide constructor
/**
* Returns the reference type reflected by this class object.
*/
static class ReflectedType {
static final int COMMAND = 1;
static ReflectedType process(VirtualMachineImpl vm,
ClassObjectReferenceImpl classObject)
throws JDWPException {
PacketStream ps = enqueueCommand(vm, classObject);
return waitForReply(vm, ps);
}
static PacketStream enqueueCommand(VirtualMachineImpl vm,
ClassObjectReferenceImpl classObject) {
PacketStream ps = new PacketStream(vm, COMMAND_SET, COMMAND);
if ((vm.traceFlags & vm.TRACE_SENDS) != 0) {
vm.printTrace("Sending Command(id=" + ps.pkt.id + ") JDWP.ClassObjectReference.ReflectedType"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:""));
}
if ((ps.vm.traceFlags & VirtualMachineImpl.TRACE_SENDS) != 0) {
ps.vm.printTrace("Sending: classObject(ClassObjectReferenceImpl): " + (classObject==null?"NULL":"ref="+classObject.ref()));
}
ps.writeObjectRef(classObject.ref());
ps.send();
return ps;
}
static ReflectedType waitForReply(VirtualMachineImpl vm, PacketStream ps)
throws JDWPException {
ps.waitForReply();
return new ReflectedType(vm, ps);
}
/**
* Kind
* of following reference type.
*/
final byte refTypeTag;
/**
* reflected reference type
*/
final long typeID;
private ReflectedType(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.ClassObjectReference.ReflectedType"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
refTypeTag = ps.readByte();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "refTypeTag(byte): " + refTypeTag);
}
typeID = ps.readClassRef();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "typeID(long): " + "ref="+typeID);
}
}
}
}
static class Event {
static final int COMMAND_SET = 64;
private Event() {} // hide constructor
/**
* Several events may occur at a given time in the target VM.
* For example, there may be more than one breakpoint request
* for a given location
* or you might single step to the same location as a
* breakpoint request. These events are delivered
* together as a composite event. For uniformity, a
* composite event is always used
* to deliver events, even if there is only one event to report.
*
* The events that are grouped in a composite event are restricted in the
* following ways:
*
*
* - Only with other thread start events for the same thread:
*
* - Thread Start Event
*
* - Only with other thread death events for the same thread:
*
* - Thread Death Event
*
* - Only with other class prepare events for the same class:
*
* - Class Prepare Event
*
* - Only with other class unload events for the same class:
*
* - Class Unload Event
*
* - Only with other access watchpoint events for the same field access:
*
* - Access Watchpoint Event
*
* - Only with other modification watchpoint events for the same field
* modification:
*
* - Modification Watchpoint Event
*
* - Only with other Monitor contended enter events for the same monitor object:
*
* - Monitor Contended Enter Event
*
* - Only with other Monitor contended entered events for the same monitor object:
*
* - Monitor Contended Entered Event
*
* - Only with other Monitor wait events for the same monitor object:
*
* - Monitor Wait Event
*
* - Only with other Monitor waited events for the same monitor object:
*
* - Monitor Waited Event
*
* - Only with other ExceptionEvents for the same exception occurrance:
*
* - ExceptionEvent
*
* - Only with other members of this group, at the same location
* and in the same thread:
*
* - Breakpoint Event
*
- Step Event
*
- Method Entry Event
*
- Method Exit Event
*
*
*
* The VM Start Event and VM Death Event are automatically generated events.
* This means they do not need to be requested using the
* EventRequest.Set command.
* The VM Start event signals the completion of VM initialization. The VM Death
* event signals the termination of the VM.
* If there is a debugger connected at the time when an automatically generated
* event occurs it is sent from the target VM. Automatically generated events may
* also be requested using the EventRequest.Set command and thus multiple events
* of the same event kind will be sent from the target VM when an event occurs.
* Automatically generated events are sent with the requestID field
* in the Event Data set to 0. The value of the suspendPolicy field in the
* Event Data depends on the event. For the automatically generated VM Start
* Event the value of suspendPolicy is not defined and is therefore implementation
* or configuration specific. In the Sun implementation, for example, the
* suspendPolicy is specified as an option to the JDWP agent at launch-time.
* The automatically generated VM Death Event will have the suspendPolicy set to
* NONE.
*/
static class Composite {
static final int COMMAND = 100;
static class Events {
abstract static class EventsCommon {
abstract byte eventKind();
}
/**
* Event kind selector
*/
final byte eventKind;
EventsCommon aEventsCommon;
Events(VirtualMachineImpl vm, PacketStream ps) {
eventKind = ps.readByte();
if (vm.traceReceives) {
vm.printReceiveTrace(5, "eventKind(byte): " + eventKind);
}
switch (eventKind) {
case JDWP.EventKind.VM_START:
aEventsCommon = new VMStart(vm, ps);
break;
case JDWP.EventKind.SINGLE_STEP:
aEventsCommon = new SingleStep(vm, ps);
break;
case JDWP.EventKind.BREAKPOINT:
aEventsCommon = new Breakpoint(vm, ps);
break;
case JDWP.EventKind.METHOD_ENTRY:
aEventsCommon = new MethodEntry(vm, ps);
break;
case JDWP.EventKind.METHOD_EXIT:
aEventsCommon = new MethodExit(vm, ps);
break;
case JDWP.EventKind.METHOD_EXIT_WITH_RETURN_VALUE:
aEventsCommon = new MethodExitWithReturnValue(vm, ps);
break;
case JDWP.EventKind.MONITOR_CONTENDED_ENTER:
aEventsCommon = new MonitorContendedEnter(vm, ps);
break;
case JDWP.EventKind.MONITOR_CONTENDED_ENTERED:
aEventsCommon = new MonitorContendedEntered(vm, ps);
break;
case JDWP.EventKind.MONITOR_WAIT:
aEventsCommon = new MonitorWait(vm, ps);
break;
case JDWP.EventKind.MONITOR_WAITED:
aEventsCommon = new MonitorWaited(vm, ps);
break;
case JDWP.EventKind.EXCEPTION:
aEventsCommon = new Exception(vm, ps);
break;
case JDWP.EventKind.THREAD_START:
aEventsCommon = new ThreadStart(vm, ps);
break;
case JDWP.EventKind.THREAD_DEATH:
aEventsCommon = new ThreadDeath(vm, ps);
break;
case JDWP.EventKind.CLASS_PREPARE:
aEventsCommon = new ClassPrepare(vm, ps);
break;
case JDWP.EventKind.CLASS_UNLOAD:
aEventsCommon = new ClassUnload(vm, ps);
break;
case JDWP.EventKind.FIELD_ACCESS:
aEventsCommon = new FieldAccess(vm, ps);
break;
case JDWP.EventKind.FIELD_MODIFICATION:
aEventsCommon = new FieldModification(vm, ps);
break;
case JDWP.EventKind.VM_DEATH:
aEventsCommon = new VMDeath(vm, ps);
break;
}
}
/**
* Notification of initialization of a target VM. This event is
* received before the main thread is started and before any
* application code has been executed. Before this event occurs
* a significant amount of system code has executed and a number
* of system classes have been loaded.
* This event is always generated by the target VM, even
* if not explicitly requested.
*/
static class VMStart extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.VM_START;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event (or 0 if this
* event is automatically generated.
*/
final int requestID;
/**
* Initial thread
*/
final ThreadReferenceImpl thread;
VMStart(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
}
}
/**
* Notification of step completion in the target VM. The step event
* is generated before the code at its location is executed.
*/
static class SingleStep extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.SINGLE_STEP;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Stepped thread
*/
final ThreadReferenceImpl thread;
/**
* Location stepped to
*/
final Location location;
SingleStep(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
location = ps.readLocation();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "location(Location): " + location);
}
}
}
/**
* Notification of a breakpoint in the target VM. The breakpoint event
* is generated before the code at its location is executed.
*/
static class Breakpoint extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.BREAKPOINT;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Thread which hit breakpoint
*/
final ThreadReferenceImpl thread;
/**
* Location hit
*/
final Location location;
Breakpoint(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
location = ps.readLocation();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "location(Location): " + location);
}
}
}
/**
* Notification of a method invocation in the target VM. This event
* is generated before any code in the invoked method has executed.
* Method entry events are generated for both native and non-native
* methods.
*
* In some VMs method entry events can occur for a particular thread
* before its thread start event occurs if methods are called
* as part of the thread's initialization.
*/
static class MethodEntry extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.METHOD_ENTRY;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Thread which entered method
*/
final ThreadReferenceImpl thread;
/**
* The initial executable location in the method.
*/
final Location location;
MethodEntry(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
location = ps.readLocation();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "location(Location): " + location);
}
}
}
/**
* Notification of a method return in the target VM. This event
* is generated after all code in the method has executed, but the
* location of this event is the last executed location in the method.
* Method exit events are generated for both native and non-native
* methods. Method exit events are not generated if the method terminates
* with a thrown exception.
*/
static class MethodExit extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.METHOD_EXIT;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Thread which exited method
*/
final ThreadReferenceImpl thread;
/**
* Location of exit
*/
final Location location;
MethodExit(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
location = ps.readLocation();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "location(Location): " + location);
}
}
}
/**
* Notification of a method return in the target VM. This event
* is generated after all code in the method has executed, but the
* location of this event is the last executed location in the method.
* Method exit events are generated for both native and non-native
* methods. Method exit events are not generated if the method terminates
* with a thrown exception.
Since JDWP version 1.6.
*/
static class MethodExitWithReturnValue extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.METHOD_EXIT_WITH_RETURN_VALUE;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Thread which exited method
*/
final ThreadReferenceImpl thread;
/**
* Location of exit
*/
final Location location;
/**
* Value that will be returned by the method
*/
final ValueImpl value;
MethodExitWithReturnValue(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
location = ps.readLocation();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "location(Location): " + location);
}
value = ps.readValue();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "value(ValueImpl): " + value);
}
}
}
/**
* Notification that a thread in the target VM is attempting
* to enter a monitor that is already acquired by another thread.
* Requires canRequestMonitorEvents capability - see
* CapabilitiesNew.
*
Since JDWP version 1.6.
*/
static class MonitorContendedEnter extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.MONITOR_CONTENDED_ENTER;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Thread which is trying to enter the monitor
*/
final ThreadReferenceImpl thread;
/**
* Monitor object reference
*/
final ObjectReferenceImpl object;
/**
* Location of contended monitor enter
*/
final Location location;
MonitorContendedEnter(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
object = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
location = ps.readLocation();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "location(Location): " + location);
}
}
}
/**
* Notification of a thread in the target VM is entering a monitor
* after waiting for it to be released by another thread.
* Requires canRequestMonitorEvents capability - see
* CapabilitiesNew.
*
Since JDWP version 1.6.
*/
static class MonitorContendedEntered extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.MONITOR_CONTENDED_ENTERED;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Thread which entered monitor
*/
final ThreadReferenceImpl thread;
/**
* Monitor object reference
*/
final ObjectReferenceImpl object;
/**
* Location of contended monitor enter
*/
final Location location;
MonitorContendedEntered(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
object = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
location = ps.readLocation();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "location(Location): " + location);
}
}
}
/**
* Notification of a thread about to wait on a monitor object.
* Requires canRequestMonitorEvents capability - see
* CapabilitiesNew.
*
Since JDWP version 1.6.
*/
static class MonitorWait extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.MONITOR_WAIT;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Thread which is about to wait
*/
final ThreadReferenceImpl thread;
/**
* Monitor object reference
*/
final ObjectReferenceImpl object;
/**
* Location at which the wait will occur
*/
final Location location;
/**
* Thread wait time in milliseconds
*/
final long timeout;
MonitorWait(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
object = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
location = ps.readLocation();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "location(Location): " + location);
}
timeout = ps.readLong();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "timeout(long): " + timeout);
}
}
}
/**
* Notification that a thread in the target VM has finished waiting on
* Requires canRequestMonitorEvents capability - see
* CapabilitiesNew.
* a monitor object.
*
Since JDWP version 1.6.
*/
static class MonitorWaited extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.MONITOR_WAITED;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Thread which waited
*/
final ThreadReferenceImpl thread;
/**
* Monitor object reference
*/
final ObjectReferenceImpl object;
/**
* Location at which the wait occured
*/
final Location location;
/**
* True if timed out
*/
final boolean timed_out;
MonitorWaited(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
object = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
location = ps.readLocation();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "location(Location): " + location);
}
timed_out = ps.readBoolean();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "timed_out(boolean): " + timed_out);
}
}
}
/**
* Notification of an exception in the target VM.
* If the exception is thrown from a non-native method,
* the exception event is generated at the location where the
* exception is thrown.
* If the exception is thrown from a native method, the exception event
* is generated at the first non-native location reached after the exception
* is thrown.
*/
static class Exception extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.EXCEPTION;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Thread with exception
*/
final ThreadReferenceImpl thread;
/**
* Location of exception throw
* (or first non-native location after throw if thrown from a native method)
*/
final Location location;
/**
* Thrown exception
*/
final ObjectReferenceImpl exception;
/**
* Location of catch, or 0 if not caught. An exception
* is considered to be caught if, at the point of the throw, the
* current location is dynamically enclosed in a try statement that
* handles the exception. (See the JVM specification for details).
* If there is such a try statement, the catch location is the
* first location in the appropriate catch clause.
*
* If there are native methods in the call stack at the time of the
* exception, there are important restrictions to note about the
* returned catch location. In such cases,
* it is not possible to predict whether an exception will be handled
* by some native method on the call stack.
* Thus, it is possible that exceptions considered uncaught
* here will, in fact, be handled by a native method and not cause
* termination of the target VM. Furthermore, it cannot be assumed that the
* catch location returned here will ever be reached by the throwing
* thread. If there is
* a native frame between the current location and the catch location,
* the exception might be handled and cleared in that native method
* instead.
*
* Note that compilers can generate try-catch blocks in some cases
* where they are not explicit in the source code; for example,
* the code generated for synchronized and
* finally blocks can contain implicit try-catch blocks.
* If such an implicitly generated try-catch is
* present on the call stack at the time of the throw, the exception
* will be considered caught even though it appears to be uncaught from
* examination of the source code.
*/
final Location catchLocation;
Exception(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
location = ps.readLocation();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "location(Location): " + location);
}
exception = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "exception(ObjectReferenceImpl): " + (exception==null?"NULL":"ref="+exception.ref()));
}
catchLocation = ps.readLocation();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "catchLocation(Location): " + catchLocation);
}
}
}
/**
* Notification of a new running thread in the target VM.
* The new thread can be the result of a call to
* java.lang.Thread.start or the result of
* attaching a new thread to the VM though JNI. The
* notification is generated by the new thread some time before
* its execution starts.
* Because of this timing, it is possible to receive other events
* for the thread before this event is received. (Notably,
* Method Entry Events and Method Exit Events might occur
* during thread initialization.
* It is also possible for the
* VirtualMachine AllThreads
* command to return
* a thread before its thread start event is received.
*
* Note that this event gives no information
* about the creation of the thread object which may have happened
* much earlier, depending on the VM being debugged.
*/
static class ThreadStart extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.THREAD_START;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Started thread
*/
final ThreadReferenceImpl thread;
ThreadStart(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
}
}
/**
* Notification of a completed thread in the target VM. The
* notification is generated by the dying thread before it terminates.
* Because of this timing, it is possible
* for {@link VirtualMachine#allThreads} to return this thread
* after this event is received.
*
* Note that this event gives no information
* about the lifetime of the thread object. It may or may not be collected
* soon depending on what references exist in the target VM.
*/
static class ThreadDeath extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.THREAD_DEATH;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Ending thread
*/
final ThreadReferenceImpl thread;
ThreadDeath(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
}
}
/**
* Notification of a class prepare in the target VM. See the JVM
* specification for a definition of class preparation. Class prepare
* events are not generated for primtiive classes (for example,
* java.lang.Integer.TYPE).
*/
static class ClassPrepare extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.CLASS_PREPARE;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Preparing thread.
* In rare cases, this event may occur in a debugger system
* thread within the target VM. Debugger threads take precautions
* to prevent these events, but they cannot be avoided under some
* conditions, especially for some subclasses of
* java.lang.Error.
* If the event was generated by a debugger system thread, the
* value returned by this method is null, and if the requested
* suspend policy
* for the event was EVENT_THREAD
* all threads will be suspended instead, and the
* composite event's suspend policy will reflect this change.
*
* Note that the discussion above does not apply to system threads
* created by the target VM during its normal (non-debug) operation.
*/
final ThreadReferenceImpl thread;
/**
* Kind of reference type.
* See JDWP.TypeTag
*/
final byte refTypeTag;
/**
* Type being prepared
*/
final long typeID;
/**
* Type signature
*/
final String signature;
/**
* Status of type.
* See JDWP.ClassStatus
*/
final int status;
ClassPrepare(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
refTypeTag = ps.readByte();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "refTypeTag(byte): " + refTypeTag);
}
typeID = ps.readClassRef();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "typeID(long): " + "ref="+typeID);
}
signature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "signature(String): " + signature);
}
status = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "status(int): " + status);
}
}
}
/**
* Notification of a class unload in the target VM.
*
* There are severe constraints on the debugger back-end during
* garbage collection, so unload information is greatly limited.
*/
static class ClassUnload extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.CLASS_UNLOAD;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Type signature
*/
final String signature;
ClassUnload(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
signature = ps.readString();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "signature(String): " + signature);
}
}
}
/**
* Notification of a field access in the target VM.
* Field modifications
* are not considered field accesses.
* Requires canWatchFieldAccess capability - see
* CapabilitiesNew.
*/
static class FieldAccess extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.FIELD_ACCESS;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Accessing thread
*/
final ThreadReferenceImpl thread;
/**
* Location of access
*/
final Location location;
/**
* Kind of reference type.
* See JDWP.TypeTag
*/
final byte refTypeTag;
/**
* Type of field
*/
final long typeID;
/**
* Field being accessed
*/
final long fieldID;
/**
* Object being accessed (null=0 for statics
*/
final ObjectReferenceImpl object;
FieldAccess(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
location = ps.readLocation();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "location(Location): " + location);
}
refTypeTag = ps.readByte();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "refTypeTag(byte): " + refTypeTag);
}
typeID = ps.readClassRef();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "typeID(long): " + "ref="+typeID);
}
fieldID = ps.readFieldRef();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "fieldID(long): " + fieldID);
}
object = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
}
}
/**
* Notification of a field modification in the target VM.
* Requires canWatchFieldModification capability - see
* CapabilitiesNew.
*/
static class FieldModification extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.FIELD_MODIFICATION;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
/**
* Modifying thread
*/
final ThreadReferenceImpl thread;
/**
* Location of modify
*/
final Location location;
/**
* Kind of reference type.
* See JDWP.TypeTag
*/
final byte refTypeTag;
/**
* Type of field
*/
final long typeID;
/**
* Field being modified
*/
final long fieldID;
/**
* Object being modified (null=0 for statics
*/
final ObjectReferenceImpl object;
/**
* Value to be assigned
*/
final ValueImpl valueToBe;
FieldModification(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
thread = ps.readThreadReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "thread(ThreadReferenceImpl): " + (thread==null?"NULL":"ref="+thread.ref()));
}
location = ps.readLocation();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "location(Location): " + location);
}
refTypeTag = ps.readByte();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "refTypeTag(byte): " + refTypeTag);
}
typeID = ps.readClassRef();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "typeID(long): " + "ref="+typeID);
}
fieldID = ps.readFieldRef();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "fieldID(long): " + fieldID);
}
object = ps.readTaggedObjectReference();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "object(ObjectReferenceImpl): " + (object==null?"NULL":"ref="+object.ref()));
}
valueToBe = ps.readValue();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "valueToBe(ValueImpl): " + valueToBe);
}
}
}
static class VMDeath extends EventsCommon {
static final byte ALT_ID = JDWP.EventKind.VM_DEATH;
byte eventKind() {
return ALT_ID;
}
/**
* Request that generated event
*/
final int requestID;
VMDeath(VirtualMachineImpl vm, PacketStream ps) {
requestID = ps.readInt();
if (vm.traceReceives) {
vm.printReceiveTrace(6, "requestID(int): " + requestID);
}
}
}
}
/**
* Which threads where suspended by this composite event?
*/
final byte suspendPolicy;
/**
* Events in set.
*/
final Events[] events;
Composite(VirtualMachineImpl vm, PacketStream ps) {
if (vm.traceReceives) {
vm.printTrace("Receiving Command(id=" + ps.pkt.id + ") JDWP.Event.Composite"+(ps.pkt.flags!=0?", FLAGS=" + ps.pkt.flags:"")+(ps.pkt.errorCode!=0?", ERROR CODE=" + ps.pkt.errorCode:""));
}
suspendPolicy = ps.readByte();
if (vm.traceReceives) {
vm.printReceiveTrace(4, "suspendPolicy(byte): " + suspendPolicy);
}
if (vm.traceReceives) {
vm.printReceiveTrace(4, "events(Events[]): " + "");
}
int eventsCount = ps.readInt();
events = new Events[eventsCount];
for (int i = 0; i < eventsCount; i++) {;
if (vm.traceReceives) {
vm.printReceiveTrace(5, "events[i](Events): " + "");
}
events[i] = new Events(vm, ps);
}
}
}
}
static class Error {
static final int NONE = 0;
static final int INVALID_THREAD = 10;
static final int INVALID_THREAD_GROUP = 11;
static final int INVALID_PRIORITY = 12;
static final int THREAD_NOT_SUSPENDED = 13;
static final int THREAD_SUSPENDED = 14;
static final int THREAD_NOT_ALIVE = 15;
static final int INVALID_OBJECT = 20;
static final int INVALID_CLASS = 21;
static final int CLASS_NOT_PREPARED = 22;
static final int INVALID_METHODID = 23;
static final int INVALID_LOCATION = 24;
static final int INVALID_FIELDID = 25;
static final int INVALID_FRAMEID = 30;
static final int NO_MORE_FRAMES = 31;
static final int OPAQUE_FRAME = 32;
static final int NOT_CURRENT_FRAME = 33;
static final int TYPE_MISMATCH = 34;
static final int INVALID_SLOT = 35;
static final int DUPLICATE = 40;
static final int NOT_FOUND = 41;
static final int INVALID_MONITOR = 50;
static final int NOT_MONITOR_OWNER = 51;
static final int INTERRUPT = 52;
static final int INVALID_CLASS_FORMAT = 60;
static final int CIRCULAR_CLASS_DEFINITION = 61;
static final int FAILS_VERIFICATION = 62;
static final int ADD_METHOD_NOT_IMPLEMENTED = 63;
static final int SCHEMA_CHANGE_NOT_IMPLEMENTED = 64;
static final int INVALID_TYPESTATE = 65;
static final int HIERARCHY_CHANGE_NOT_IMPLEMENTED = 66;
static final int DELETE_METHOD_NOT_IMPLEMENTED = 67;
static final int UNSUPPORTED_VERSION = 68;
static final int NAMES_DONT_MATCH = 69;
static final int CLASS_MODIFIERS_CHANGE_NOT_IMPLEMENTED = 70;
static final int METHOD_MODIFIERS_CHANGE_NOT_IMPLEMENTED = 71;
static final int NOT_IMPLEMENTED = 99;
static final int NULL_POINTER = 100;
static final int ABSENT_INFORMATION = 101;
static final int INVALID_EVENT_TYPE = 102;
static final int ILLEGAL_ARGUMENT = 103;
static final int OUT_OF_MEMORY = 110;
static final int ACCESS_DENIED = 111;
static final int VM_DEAD = 112;
static final int INTERNAL = 113;
static final int UNATTACHED_THREAD = 115;
static final int INVALID_TAG = 500;
static final int ALREADY_INVOKING = 502;
static final int INVALID_INDEX = 503;
static final int INVALID_LENGTH = 504;
static final int INVALID_STRING = 506;
static final int INVALID_CLASS_LOADER = 507;
static final int INVALID_ARRAY = 508;
static final int TRANSPORT_LOAD = 509;
static final int TRANSPORT_INIT = 510;
static final int NATIVE_METHOD = 511;
static final int INVALID_COUNT = 512;
}
static class EventKind {
static final int SINGLE_STEP = 1;
static final int BREAKPOINT = 2;
static final int FRAME_POP = 3;
static final int EXCEPTION = 4;
static final int USER_DEFINED = 5;
static final int THREAD_START = 6;
static final int THREAD_DEATH = 7;
static final int THREAD_END = 7;
static final int CLASS_PREPARE = 8;
static final int CLASS_UNLOAD = 9;
static final int CLASS_LOAD = 10;
static final int FIELD_ACCESS = 20;
static final int FIELD_MODIFICATION = 21;
static final int EXCEPTION_CATCH = 30;
static final int METHOD_ENTRY = 40;
static final int METHOD_EXIT = 41;
static final int METHOD_EXIT_WITH_RETURN_VALUE = 42;
static final int MONITOR_CONTENDED_ENTER = 43;
static final int MONITOR_CONTENDED_ENTERED = 44;
static final int MONITOR_WAIT = 45;
static final int MONITOR_WAITED = 46;
static final int VM_START = 90;
static final int VM_INIT = 90;
static final int VM_DEATH = 99;
static final int VM_DISCONNECTED = 100;
}
static class ThreadStatus {
static final int ZOMBIE = 0;
static final int RUNNING = 1;
static final int SLEEPING = 2;
static final int MONITOR = 3;
static final int WAIT = 4;
}
static class SuspendStatus {
static final int SUSPEND_STATUS_SUSPENDED = 0x1;
}
static class ClassStatus {
static final int VERIFIED = 1;
static final int PREPARED = 2;
static final int INITIALIZED = 4;
static final int ERROR = 8;
}
static class TypeTag {
static final int CLASS = 1;
static final int INTERFACE = 2;
static final int ARRAY = 3;
}
static class Tag {
static final int ARRAY = 91;
static final int BYTE = 66;
static final int CHAR = 67;
static final int OBJECT = 76;
static final int FLOAT = 70;
static final int DOUBLE = 68;
static final int INT = 73;
static final int LONG = 74;
static final int SHORT = 83;
static final int VOID = 86;
static final int BOOLEAN = 90;
static final int STRING = 115;
static final int THREAD = 116;
static final int THREAD_GROUP = 103;
static final int CLASS_LOADER = 108;
static final int CLASS_OBJECT = 99;
}
static class StepDepth {
static final int INTO = 0;
static final int OVER = 1;
static final int OUT = 2;
}
static class StepSize {
static final int MIN = 0;
static final int LINE = 1;
}
static class SuspendPolicy {
static final int NONE = 0;
static final int EVENT_THREAD = 1;
static final int ALL = 2;
}
/**
* The invoke options are a combination of zero or more of the following bit flags:
*/
static class InvokeOptions {
static final int INVOKE_SINGLE_THREADED = 0x01;
static final int INVOKE_NONVIRTUAL = 0x02;
}
}
/*
* Copyright (c) 2004, 2006, 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 sun.tools.jconsole;
import java.io.PrintStream;
import sun.tools.jconsole.Messages;
public class Version {
private static final String jconsole_version =
"1.7.0-internal-debug-zhm_2014_06_08_00_17-b00";
public static void print(PrintStream ps) {
printFullVersion(ps);
ps.println(Resources.format(Messages.NAME_AND_BUILD,
System.getProperty("java.runtime.name"),
System.getProperty("java.runtime.version")));
ps.println(Resources.format(Messages.NAME_AND_BUILD,
System.getProperty("java.vm.name"),
System.getProperty("java.vm.version"),
System.getProperty("java.vm.info")));
}
public static void printFullVersion(PrintStream ps) {
ps.println(Resources.format(Messages.JCONSOLE_VERSION, jconsole_version));
}
static String getVersion() {
return jconsole_version;
}
}