public void visit(MethodCall p) throws ParseTreeException {
if (isSameObject(p, original_methodcall)) {
Expression expr = p.getReferenceExpr();
TypeName reftype = p.getReferenceType();
if (expr != null) {
if (expr instanceof Leaf
|| expr instanceof ArrayAccess
|| expr instanceof FieldAccess
|| expr instanceof MethodCall
|| expr instanceof Variable) {
expr.accept(this);
} else {
writeParenthesis(expr);
}
} else if (reftype != null) {
reftype.accept(this);
}
// -------------------------------------------------------------
mutated_line = line_num;
out.print(mutant);
writeLog(
removeNewline(
p.toString()
+ " => "
+ p.toString().substring(0, p.toString().length() - ".clone()".length())));
// -------------------------------------------------------------
} else {
super.visit(p);
}
}
@Test
public void testToContext() throws Exception {
final MethodCall<ParametersPassesExpressionUnitTest> methodCall =
toMethodCall(ParametersPassesExpressionUnitTest.class, this, "test", "a", 1, "b", 2);
final StandardEvaluationContext context = new Evaluator().toContext(methodCall);
assertThat(context.getRootObject().getValue(), is((Object) methodCall));
assertThat(context.lookupVariable("methodName"), is((Object) "test"));
assertThat(context.lookupVariable("parameters"), is((Object) methodCall.getParameters()));
assertThat(context.getPropertyAccessors(), is(Evaluator.DEFAULT_PROPERTY_ACCESSORS));
}
@Override
public MethodCall callMethod(MethodCall methodCall) {
if (methodCall == null || methodCall.getMethodDefinition() == null) {
return null;
}
visitMethod = true;
visitMethod = true;
methodCall.getMethodDefinition().accept(this);
visitMethod = false;
return null;
}
/**
* Invokes a method in all members and expects responses from members contained in dests (or all
* members if dests is null).
*
* @param dests A list of addresses. If null, we'll wait for responses from all cluster members
* @param method_call The method (plus args) to be invoked
* @param options A collection of call options, e.g. sync versus async, timeout etc
* @param listener A FutureListener which will be registered (if non null) with the future
* <em>before</em> the call is invoked
* @return NotifyingFuture A future from which the results can be fetched
* @throws Exception If the sending of the message threw an exception. Note that <em>no</em>
* exception will be thrown if any of the target members threw an exception; such an exception
* will be in the Rsp element for the particular member in the RspList
*/
public <T> NotifyingFuture<RspList<T>> callRemoteMethodsWithFuture(
Collection<Address> dests,
MethodCall method_call,
RequestOptions options,
FutureListener<RspList<T>> listener)
throws Exception {
if (dests != null && dests.isEmpty()) { // don't send if dest list is empty
if (log.isTraceEnabled())
log.trace(
"destination list of %s() is empty: no need to send message", method_call.getName());
return new NullFuture<>(new RspList());
}
if (log.isTraceEnabled())
log.trace("dests=%s, method_call=%s, options=%s", dests, method_call, options);
Buffer buf =
req_marshaller != null
? req_marshaller.objectToBuffer(method_call)
: Util.objectToBuffer(method_call);
Message msg = new Message().setBuffer(buf);
NotifyingFuture<RspList<T>> retval = super.castMessageWithFuture(dests, msg, options, listener);
if (log.isTraceEnabled()) log.trace("responses: %s", retval);
return retval;
}
public void writeMethod(MethodCall _methodCall, MethodEntry _methodEntry)
throws CodeGenException {
boolean noCL =
_methodEntry
.getOwnerClassModel()
.getNoCLMethods()
.contains(_methodEntry.getNameAndTypeEntry().getNameUTF8Entry().getUTF8());
if (noCL) {
return;
}
if (_methodCall instanceof VirtualMethodCall) {
final Instruction instanceInstruction =
((VirtualMethodCall) _methodCall).getInstanceReference();
if (!(instanceInstruction instanceof I_ALOAD_0)) {
writeInstruction(instanceInstruction);
write(".");
} else {
writeThisRef();
}
}
final int argc = _methodEntry.getStackConsumeCount();
write(_methodEntry.getNameAndTypeEntry().getNameUTF8Entry().getUTF8());
write("(");
for (int arg = 0; arg < argc; arg++) {
if (arg != 0) {
write(", ");
}
writeInstruction(_methodCall.getArg(arg));
}
write(")");
}
/**
* Message contains MethodCall. Execute it against *this* object and return result. Use
* MethodCall.invoke() to do this. Return result.
*/
public Object handle(Message req) throws Exception {
if (server_obj == null) {
log.error(Util.getMessage("NoMethodHandlerIsRegisteredDiscardingRequest"));
return null;
}
if (req == null || req.getLength() == 0) {
log.error(Util.getMessage("MessageOrMessageBufferIsNull"));
return null;
}
Object body =
req_marshaller != null
? req_marshaller.objectFromBuffer(req.getRawBuffer(), req.getOffset(), req.getLength())
: req.getObject();
if (!(body instanceof MethodCall))
throw new IllegalArgumentException("message does not contain a MethodCall object");
MethodCall method_call = (MethodCall) body;
if (log.isTraceEnabled()) log.trace("[sender=%s], method_call: %s", req.getSrc(), method_call);
if (method_call.getMode() == MethodCall.ID) {
if (method_lookup == null)
throw new Exception(
String.format(
"MethodCall uses ID=%d, but method_lookup has not been set", method_call.getId()));
Method m = method_lookup.findMethod(method_call.getId());
if (m == null) throw new Exception("no method found for " + method_call.getId());
method_call.setMethod(m);
}
return method_call.invoke(server_obj);
}
@SuppressWarnings("unchecked")
private synchronized void checkReply()
{
if (mc.hasReply()) {
Message m = mc.getReply();
if (m instanceof Error)
error = ((Error) m).getException();
else if (m instanceof MethodReturn) {
try {
rval = (ReturnType) RemoteInvocationHandler.convertRV(m.getSig(), m.getParameters(), me, conn);
} catch (DBusExecutionException DBEe) {
error = DBEe;
} catch (DBusException DBe) {
if (AbstractConnection.EXCEPTION_DEBUG && Debug.debug) Debug.print(Debug.ERR, DBe);
error = new DBusExecutionException(DBe.getMessage());
}
}
}
}
@Test
public void testInvalidateSingleton() {
CacheService cs = getCache();
cs.longSingletonToCache_5("static");
cs.__cacheData()
.invalidateCache(MethodCall.get(cs.getClass(), "longSingletonToCache_5", "static"));
int prev = cs.getCounter();
cs.longSingletonToCache_5("static");
assertTrue(prev + 1 == cs.getCounter());
}
public static MethodCall<Object> transformed(
final MethodCall<Object> methodCall, final Object arg) {
return new MethodCallBuilder()
.setTimestamp(methodCall.timestamp())
.setId(methodCall.id())
.setName(methodCall.name())
.setAddress(methodCall.address())
.setParams(methodCall.params())
.setHeaders(methodCall.headers())
.setBody(arg)
.setObjectName(methodCall.objectName())
.setReturnAddress(methodCall.returnAddress())
.setOriginatingRequest(methodCall.originatingRequest())
.build();
}
public MethodCall toMethodCall(IMethod method) {
MethodCall call = new MethodCall(this.position);
call.instance = this.instance;
call.name = this.name;
call.method = method;
call.dotless = this.dotless;
call.arguments = EmptyArguments.INSTANCE;
return call;
}
/**
* Message contains MethodCall. Execute it against *this* object and return result. Use
* MethodCall.invoke() to do this. Return result.
*/
public Object handle(Message req) {
Object body;
MethodCall method_call;
if (server_obj == null) {
if (log.isErrorEnabled()) log.error("no method handler is registered. Discarding request.");
return null;
}
if (req == null || req.getLength() == 0) {
if (log.isErrorEnabled()) log.error("message or message buffer is null");
return null;
}
try {
body =
req_marshaller != null
? req_marshaller.objectFromByteBuffer(
req.getBuffer(), req.getOffset(), req.getLength())
: req.getObject();
} catch (Throwable e) {
if (log.isErrorEnabled()) log.error("exception marshalling object", e);
return e;
}
if (!(body instanceof MethodCall)) {
if (log.isErrorEnabled()) log.error("message does not contain a MethodCall object");
// create an exception to represent this and return it
return new IllegalArgumentException("message does not contain a MethodCall object");
}
method_call = (MethodCall) body;
try {
if (log.isTraceEnabled())
log.trace("[sender=" + req.getSrc() + "], method_call: " + method_call);
if (method_call.getMode() == MethodCall.ID) {
if (method_lookup == null)
throw new Exception(
"MethodCall uses ID=" + method_call.getId() + ", but method_lookup has not been set");
Method m = method_lookup.findMethod(method_call.getId());
if (m == null) throw new Exception("no method found for " + method_call.getId());
method_call.setMethod(m);
}
return method_call.invoke(server_obj);
} catch (Throwable x) {
return x;
}
}
@Test
public void testInvalidateAllValues() {
CacheService cs = getCache();
cs.longServiceToCache_5("static1");
cs.longServiceToCache_5("static2");
cs.longServiceToCache_5("static3");
cs.longServiceToCache_5("static4");
cs.__cacheData()
.invalidateCache(
MethodCall.get(cs.getClass(), "longServiceToCache_5", "static").getMethod());
int prev = cs.getCounter();
cs.longServiceToCache_5("static1");
cs.longServiceToCache_5("static2");
cs.longServiceToCache_5("static3");
cs.longServiceToCache_5("static4");
assertTrue(prev + 4 == cs.getCounter());
}
/**
* Invokes a method in all members contained in dests (or all members if dests is null).
*
* @param dests A list of addresses. If null, the method will be invoked on all cluster members
* @param method_call The method (plus args) to be invoked
* @param options A collection of call options, e.g. sync versus async, timeout etc
* @return RspList A list of return values and flags (suspected, not received) per member
* @since 2.9
*/
public RspList callRemoteMethods(
Collection<Address> dests, MethodCall method_call, RequestOptions options) {
if (dests != null && dests.isEmpty()) { // don't send if dest list is empty
if (log.isTraceEnabled())
log.trace(
new StringBuilder("destination list of ")
.append(method_call.getName())
.append("() is empty: no need to send message"));
return RspList.EMPTY_RSP_LIST;
}
if (log.isTraceEnabled())
log.trace(
new StringBuilder("dests=")
.append(dests)
.append(", method_call=")
.append(method_call)
.append(", options=")
.append(options));
Object buf;
try {
buf =
req_marshaller != null
? req_marshaller.objectToBuffer(method_call)
: Util.objectToByteBuffer(method_call);
} catch (Exception e) {
// if(log.isErrorEnabled()) log.error("exception", e);
// we will change this in 3.0 to add the exception to the signature
// (see http://jira.jboss.com/jira/browse/JGRP-193). The reason for a RTE is that we cannot
// change the
// signature in 2.3, otherwise 2.3 would be *not* API compatible to prev releases
throw new RuntimeException("failure to marshal argument(s)", e);
}
Message msg = new Message();
if (buf instanceof Buffer) msg.setBuffer((Buffer) buf);
else msg.setBuffer((byte[]) buf);
msg.setFlag(options.getFlags());
if (options.getScope() > 0) msg.setScope(options.getScope());
RspList retval = super.castMessage(dests, msg, options);
if (log.isTraceEnabled()) log.trace("responses: " + retval);
return retval;
}
@Test
public void testSoftRef() {
CacheService cs = getCache();
try {
for (int n = 0; n < 1000; n++) {
cs.bigMemHard(n);
}
fail("should run out of ram");
} catch (java.lang.OutOfMemoryError e) {
// clear cache to free ram
cs.__cacheData()
.invalidateCache(MethodCall.get(cs.getClass(), "bigMemHard", (int) 0).getMethod());
}
for (int n = 0; n < 10; n++) {
cs.bigMemSoft(n);
}
}
public void run() {
InstField instField = new InstField();
instField.run();
StaticField.run();
IntMath.run();
FloatMath.run();
Compare.run();
Monitor.run();
Switch.run();
Array.run();
Classes.run();
Goto.run();
MethodCall.run();
Throw.run();
try {
UnresTest1.run();
} catch (VerifyError ve) {
System.out.println("Caught: " + ve);
}
try {
UnresTest1.run();
} catch (VerifyError ve) {
System.out.println("Caught (retry): " + ve);
}
try {
UnresTest2.run();
} catch (VerifyError ve) {
System.out.println("Caught: " + ve);
} catch (Throwable th) {
// We and the RI throw ClassNotFoundException, but that isn't declared so javac
// won't let us try to catch it.
th.printStackTrace();
}
InternedString.run();
}
/**
* Looks up a previously created search result in the "global" cache.
*
* @return the List of previously found search results
*/
private Map lookupMethod(MethodCall methodCall) {
return (Map) getMethodCache().get(methodCall.getKey());
}
private void addCallToCache(MethodCall methodCall) {
Map cachedCalls = lookupMethod(this.getMethodCall());
cachedCalls.put(methodCall.getKey(), methodCall);
}
public Buffer objectToBuffer(Object obj) throws Exception {
MethodCall call = (MethodCall) obj;
ByteBuffer buf;
switch (call.getId()) {
case START:
case GET_CONFIG:
buf = ByteBuffer.allocate(Global.BYTE_SIZE);
buf.put((byte) call.getId());
return new Buffer(buf.array());
case SET_OOB:
case SET_SYNC:
return new Buffer(booleanBuffer(call.getId(), (Boolean) call.getArgs()[0]));
case SET_NUM_MSGS:
case SET_NUM_THREADS:
case SET_MSG_SIZE:
case SET_ANYCAST_COUNT:
return new Buffer(intBuffer(call.getId(), (Integer) call.getArgs()[0]));
case GET:
return new Buffer(longBuffer(call.getId(), (Long) call.getArgs()[0]));
case PUT:
Long long_arg = (Long) call.getArgs()[0];
byte[] arg2 = (byte[]) call.getArgs()[1];
buf =
ByteBuffer.allocate(
Global.BYTE_SIZE + Global.INT_SIZE + Global.LONG_SIZE + arg2.length);
buf.put((byte) call.getId())
.putLong(long_arg)
.putInt(arg2.length)
.put(arg2, 0, arg2.length);
return new Buffer(buf.array());
case SET_READ_PERCENTAGE:
Double double_arg = (Double) call.getArgs()[0];
buf = ByteBuffer.allocate(Global.BYTE_SIZE + Global.DOUBLE_SIZE);
buf.put((byte) call.getId()).putDouble(double_arg);
return new Buffer(buf.array());
default:
throw new IllegalStateException("method " + call.getMethod() + " not known");
}
}
public void writeInstruction(Instruction _instruction) throws CodeGenException {
if (_instruction instanceof CompositeIfElseInstruction) {
write("(");
final Instruction lhs =
writeConditional(((CompositeInstruction) _instruction).getBranchSet());
write(")?");
writeInstruction(lhs);
write(":");
writeInstruction(lhs.getNextExpr().getNextExpr());
} else if (_instruction instanceof CompositeInstruction) {
writeComposite((CompositeInstruction) _instruction);
} else if (_instruction instanceof AssignToLocalVariable) {
final AssignToLocalVariable assignToLocalVariable = (AssignToLocalVariable) _instruction;
final LocalVariableInfo localVariableInfo = assignToLocalVariable.getLocalVariableInfo();
if (assignToLocalVariable.isDeclaration()) {
final String descriptor = localVariableInfo.getVariableDescriptor();
// Arrays always map to __global arrays
if (descriptor.startsWith("[")) {
write(" __global ");
}
write(convertType(descriptor, true));
}
if (localVariableInfo == null) {
throw new CodeGenException("outOfScope" + _instruction.getThisPC() + " = ");
} else {
write(localVariableInfo.getVariableName() + " = ");
}
for (Instruction operand = _instruction.getFirstChild();
operand != null;
operand = operand.getNextExpr()) {
writeInstruction(operand);
}
} else if (_instruction instanceof AssignToArrayElement) {
final AssignToArrayElement arrayAssignmentInstruction = (AssignToArrayElement) _instruction;
writeInstruction(arrayAssignmentInstruction.getArrayRef());
write("[");
writeInstruction(arrayAssignmentInstruction.getArrayIndex());
write("]");
write(" ");
write(" = ");
writeInstruction(arrayAssignmentInstruction.getValue());
} else if (_instruction instanceof AccessArrayElement) {
// we're getting an element from an array
// if the array is a primitive then we just return the value
// so the generated code looks like
// arrayName[arrayIndex];
// but if the array is an object, or multidimensional array, then we want to return
// a pointer to our index our position in the array. The code will look like
// &(arrayName[arrayIndex * this->arrayNameLen_dimension]
//
final AccessArrayElement arrayLoadInstruction = (AccessArrayElement) _instruction;
// object array, get address
if (arrayLoadInstruction instanceof I_AALOAD) {
write("(&");
}
writeInstruction(arrayLoadInstruction.getArrayRef());
write("[");
writeInstruction(arrayLoadInstruction.getArrayIndex());
// object array, find the size of each object in the array
// for 2D arrays, this size is the size of a row.
if (arrayLoadInstruction instanceof I_AALOAD) {
int dim = 0;
Instruction load = arrayLoadInstruction.getArrayRef();
while (load instanceof I_AALOAD) {
load = load.getFirstChild();
dim++;
}
String arrayName =
((AccessInstanceField) load)
.getConstantPoolFieldEntry()
.getNameAndTypeEntry()
.getNameUTF8Entry()
.getUTF8();
write(" * this->" + arrayName + arrayDimMangleSuffix + dim);
}
write("]");
// object array, close parentheses
if (arrayLoadInstruction instanceof I_AALOAD) {
write(")");
}
} else if (_instruction instanceof AccessField) {
final AccessField accessField = (AccessField) _instruction;
if (accessField instanceof AccessInstanceField) {
Instruction accessInstanceField = ((AccessInstanceField) accessField).getInstance();
if (accessInstanceField instanceof CloneInstruction) {
accessInstanceField = ((CloneInstruction) accessInstanceField).getReal();
}
if (!(accessInstanceField instanceof I_ALOAD_0)) {
writeInstruction(accessInstanceField);
write(".");
} else {
writeThisRef();
}
}
write(
accessField
.getConstantPoolFieldEntry()
.getNameAndTypeEntry()
.getNameUTF8Entry()
.getUTF8());
} else if (_instruction instanceof I_ARRAYLENGTH) {
// getting the length of an array.
// if this is a primitive array, then this is trivial
// if we're getting an object array, then we need to find what dimension
// we're looking at
int dim = 0;
Instruction load = _instruction.getFirstChild();
while (load instanceof I_AALOAD) {
load = load.getFirstChild();
dim++;
}
final AccessInstanceField child = (AccessInstanceField) load;
final String arrayName =
child.getConstantPoolFieldEntry().getNameAndTypeEntry().getNameUTF8Entry().getUTF8();
write("this->" + arrayName + arrayLengthMangleSuffix + dim);
} else if (_instruction instanceof AssignToField) {
final AssignToField assignedField = (AssignToField) _instruction;
if (assignedField instanceof AssignToInstanceField) {
final Instruction accessInstanceField =
((AssignToInstanceField) assignedField).getInstance().getReal();
if (!(accessInstanceField instanceof I_ALOAD_0)) {
writeInstruction(accessInstanceField);
write(".");
} else {
writeThisRef();
}
}
write(
assignedField
.getConstantPoolFieldEntry()
.getNameAndTypeEntry()
.getNameUTF8Entry()
.getUTF8());
write("=");
writeInstruction(assignedField.getValueToAssign());
} else if (_instruction instanceof Constant<?>) {
final Constant<?> constantInstruction = (Constant<?>) _instruction;
final Object value = constantInstruction.getValue();
if (value instanceof Float) {
final Float f = (Float) value;
if (f.isNaN()) {
write("NAN");
} else if (f.isInfinite()) {
if (f < 0) {
write("-");
}
write("INFINITY");
} else {
write(value.toString());
write("f");
}
} else if (value instanceof Double) {
final Double d = (Double) value;
if (d.isNaN()) {
write("NAN");
} else if (d.isInfinite()) {
if (d < 0) {
write("-");
}
write("INFINITY");
} else {
write(value.toString());
}
} else {
write(value.toString());
if (value instanceof Long) {
write("L");
}
}
} else if (_instruction instanceof AccessLocalVariable) {
final AccessLocalVariable localVariableLoadInstruction = (AccessLocalVariable) _instruction;
final LocalVariableInfo localVariable = localVariableLoadInstruction.getLocalVariableInfo();
write(localVariable.getVariableName());
} else if (_instruction instanceof I_IINC) {
final I_IINC location = (I_IINC) _instruction;
final LocalVariableInfo localVariable = location.getLocalVariableInfo();
final int adjust = location.getAdjust();
write(localVariable.getVariableName());
if (adjust == 1) {
write("++");
} else if (adjust == -1) {
write("--");
} else if (adjust > 1) {
write("+=" + adjust);
} else if (adjust < -1) {
write("-=" + (-adjust));
}
} else if (_instruction instanceof BinaryOperator) {
final BinaryOperator binaryInstruction = (BinaryOperator) _instruction;
final Instruction parent = binaryInstruction.getParentExpr();
boolean needsParenthesis = true;
if (parent instanceof AssignToLocalVariable) {
needsParenthesis = false;
} else if (parent instanceof AssignToField) {
needsParenthesis = false;
} else if (parent instanceof AssignToArrayElement) {
needsParenthesis = false;
} else {
/**
* if (parent instanceof BinaryOperator) { BinaryOperator parentBinaryOperator =
* (BinaryOperator) parent; if (parentBinaryOperator.getOperator().ordinal() >
* binaryInstruction.getOperator().ordinal()) { needsParenthesis = false; } }
*/
}
if (needsParenthesis) {
write("(");
}
writeInstruction(binaryInstruction.getLhs());
write(" " + binaryInstruction.getOperator().getText() + " ");
writeInstruction(binaryInstruction.getRhs());
if (needsParenthesis) {
write(")");
}
} else if (_instruction instanceof CastOperator) {
final CastOperator castInstruction = (CastOperator) _instruction;
// write("(");
write(convertCast(castInstruction.getOperator().getText()));
writeInstruction(castInstruction.getUnary());
// write(")");
} else if (_instruction instanceof UnaryOperator) {
final UnaryOperator unaryInstruction = (UnaryOperator) _instruction;
// write("(");
write(unaryInstruction.getOperator().getText());
writeInstruction(unaryInstruction.getUnary());
// write(")");
} else if (_instruction instanceof Return) {
final Return ret = (Return) _instruction;
write("return");
if (ret.getStackConsumeCount() > 0) {
write("(");
writeInstruction(ret.getFirstChild());
write(")");
}
} else if (_instruction instanceof MethodCall) {
final MethodCall methodCall = (MethodCall) _instruction;
final MethodEntry methodEntry = methodCall.getConstantPoolMethodEntry();
writeMethod(methodCall, methodEntry);
} else if (_instruction.getByteCode().equals(ByteCode.CLONE)) {
final CloneInstruction cloneInstruction = (CloneInstruction) _instruction;
writeInstruction(cloneInstruction.getReal());
} else if (_instruction.getByteCode().equals(ByteCode.INCREMENT)) {
final IncrementInstruction incrementInstruction = (IncrementInstruction) _instruction;
if (incrementInstruction.isPre()) {
if (incrementInstruction.isInc()) {
write("++");
} else {
write("--");
}
}
writeInstruction(incrementInstruction.getFieldOrVariableReference());
if (!incrementInstruction.isPre()) {
if (incrementInstruction.isInc()) {
write("++");
} else {
write("--");
}
}
} else if (_instruction.getByteCode().equals(ByteCode.MULTI_ASSIGN)) {
final MultiAssignInstruction multiAssignInstruction = (MultiAssignInstruction) _instruction;
AssignToLocalVariable from = (AssignToLocalVariable) multiAssignInstruction.getFrom();
final AssignToLocalVariable last = (AssignToLocalVariable) multiAssignInstruction.getTo();
final Instruction common = multiAssignInstruction.getCommon();
final Stack<AssignToLocalVariable> stack = new Stack<AssignToLocalVariable>();
while (from != last) {
stack.push(from);
from = (AssignToLocalVariable) ((Instruction) from).getNextExpr();
}
for (AssignToLocalVariable alv = stack.pop();
alv != null;
alv = stack.size() > 0 ? stack.pop() : null) {
final LocalVariableInfo localVariableInfo = alv.getLocalVariableInfo();
if (alv.isDeclaration()) {
write(convertType(localVariableInfo.getVariableDescriptor(), true));
}
if (localVariableInfo == null) {
throw new CodeGenException("outOfScope" + _instruction.getThisPC() + " = ");
} else {
write(localVariableInfo.getVariableName() + " = ");
}
}
writeInstruction(common);
} else if (_instruction.getByteCode().equals(ByteCode.INLINE_ASSIGN)) {
final InlineAssignInstruction inlineAssignInstruction =
(InlineAssignInstruction) _instruction;
final AssignToLocalVariable assignToLocalVariable =
inlineAssignInstruction.getAssignToLocalVariable();
final LocalVariableInfo localVariableInfo = assignToLocalVariable.getLocalVariableInfo();
if (assignToLocalVariable.isDeclaration()) {
// this is bad! we need a general way to hoist up a required declaration
throw new CodeGenException(
"/* we can't declare this "
+ convertType(localVariableInfo.getVariableDescriptor(), true)
+ " here */");
}
write(localVariableInfo.getVariableName());
write("=");
writeInstruction(inlineAssignInstruction.getRhs());
} else if (_instruction.getByteCode().equals(ByteCode.FIELD_ARRAY_ELEMENT_ASSIGN)) {
final FieldArrayElementAssign inlineAssignInstruction =
(FieldArrayElementAssign) _instruction;
final AssignToArrayElement arrayAssignmentInstruction =
inlineAssignInstruction.getAssignToArrayElement();
writeInstruction(arrayAssignmentInstruction.getArrayRef());
write("[");
writeInstruction(arrayAssignmentInstruction.getArrayIndex());
write("]");
write(" ");
write(" = ");
writeInstruction(inlineAssignInstruction.getRhs());
} else if (_instruction.getByteCode().equals(ByteCode.FIELD_ARRAY_ELEMENT_INCREMENT)) {
final FieldArrayElementIncrement fieldArrayElementIncrement =
(FieldArrayElementIncrement) _instruction;
final AssignToArrayElement arrayAssignmentInstruction =
fieldArrayElementIncrement.getAssignToArrayElement();
if (fieldArrayElementIncrement.isPre()) {
if (fieldArrayElementIncrement.isInc()) {
write("++");
} else {
write("--");
}
}
writeInstruction(arrayAssignmentInstruction.getArrayRef());
write("[");
writeInstruction(arrayAssignmentInstruction.getArrayIndex());
write("]");
if (!fieldArrayElementIncrement.isPre()) {
if (fieldArrayElementIncrement.isInc()) {
write("++");
} else {
write("--");
}
}
} else if (_instruction.getByteCode().equals(ByteCode.NONE)) {
// we are done
} else if (_instruction instanceof Branch) {
throw new CodeGenException(
String.format(
"%s -> %04d",
_instruction.getByteCode().toString().toLowerCase(),
((Branch) _instruction).getTarget().getThisPC()));
} else if (_instruction instanceof I_POP) {
// POP discarded void call return?
writeInstruction(_instruction.getFirstChild());
} else {
throw new CodeGenException(
String.format("%s", _instruction.getByteCode().toString().toLowerCase()));
}
}
