/**
* Test that jacorb handles some self-constructed broken typecodes well. The constructed typecode
* is in principal recursive, but not flagged as such.
*/
public void testBrokenRecursiveTypecode() {
Any innerAny = orb.create_any();
innerAny.insert_long(4711);
StructMember[] members = {new StructMember("myAny", innerAny.type(), null)};
TypeCode innerTc =
orb.create_struct_tc(
"IDL:Anonymous:1.0", // repository ID
"Anonymous", // Struct name
members);
TypeCode outerTc =
orb.create_struct_tc(
"IDL:Anonymous:1.0", // repository ID
"Anonymous", // Struct name
new StructMember[] {new StructMember("foo", innerTc, null)});
org.jacorb.orb.CDROutputStream out = new org.jacorb.orb.CDROutputStream(orb);
out.write_TypeCode(outerTc);
org.jacorb.orb.CDRInputStream in = new org.jacorb.orb.CDRInputStream(orb, out.getBufferCopy());
out = new org.jacorb.orb.CDROutputStream(orb);
// need to write out typecode, to check it's consistency completely
out.write_TypeCode(in.read_TypeCode());
}
public Object clone() throws CloneNotSupportedException {
Concatenate c = (Concatenate) super.clone();
c.op1_ = op1_.cloneAny();
c.op2_ = op2_.cloneAny();
c.temp_ = (AnyString) temp_.cloneAny();
return c;
}
private Any doAvg(Any sum, int count) {
count_ = count;
sum_ = sum;
sum_.accept(this);
// avg is left in sum_
return sum_;
}
public Object clone() throws CloneNotSupportedException {
Stdout s = (Stdout) super.clone();
s.any_ = any_.cloneAny();
return s;
}
public Object clone() throws CloneNotSupportedException {
Sum s = (Sum) super.clone();
s.sumRoot_ = sumRoot_.cloneAny();
return s;
}
/** Adds a set of children to an object, using its best guess as to where to put them. */
public static void addChildren(ElementDef parent, NodeDef[] children) throws XOMException {
if (parent instanceof GenericDef) {
GenericDef xmlGeneric = (GenericDef) parent;
for (int i = 0; i < children.length; i++) {
xmlGeneric.addChild(children[i]);
}
} else if (parent instanceof Any) {
Any any = (Any) parent;
NodeDef[] currentChildren = any.getChildren();
if (currentChildren == null) {
if (children instanceof ElementDef[]) {
currentChildren = new ElementDef[0];
} else {
currentChildren = new NodeDef[0];
}
}
NodeDef[] newChildren = (NodeDef[]) concatenate(currentChildren, children);
any.setChildren(newChildren);
} else {
// Use reflection. We presume that the children are stored in the
// first array field.
Field field = null;
Field[] fields = parent.getClass().getFields();
for (int i = 0; i < fields.length; i++) {
if (fields[i].getType().isArray()) {
field = fields[i];
break;
}
}
if (field == null) {
throw new XOMException(
"cannot add field to " + parent.getClass() + ": it has no array field");
}
try {
Object[] a = (Object[]) field.get(parent);
Object[] b = concatenate(a, children);
field.set(parent, b);
} catch (IllegalAccessException e) {
throw new XOMException(e, "in XOMUtil.getChildren");
}
}
}
public void receive_request_service_contexts(ServerRequestInfo ri) {
try {
//
// Test: get operation name
//
String op = ri.operation();
boolean oneway = (op.equals("noargs_oneway"));
//
// Test: Arguments should not be available
//
try {
org.omg.Dynamic.Parameter[] args = ri.arguments();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
// TODO: test operation_context
//
// Test: result is not available
//
try {
Any result = ri.result();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: exceptions
//
try {
TypeCode[] exceptions = ri.exceptions();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: response expected and oneway should be equivalent
//
TEST((oneway && !ri.response_expected()) || (!oneway && ri.response_expected()));
// TODO: test sync scope
//
// Test: reply status is not available
//
try {
ri.reply_status();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: forward reference is not available
//
try {
org.omg.CORBA.Object ior = ri.forward_reference();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: object id is not available
//
try {
byte[] id = ri.object_id();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: adapter id is not available
//
try {
byte[] id = ri.adapter_id();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: servant_most_derived_interface is not available
//
try {
String mdi = ri.target_most_derived_interface();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: server id is not available
//
try {
String id = ri.server_id();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: orb id is not available
//
try {
String id = ri.orb_id();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: adapter name is not available
//
try {
String[] name = ri.adapter_name();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: servant_is_a is not available
//
try {
ri.target_is_a("");
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
if (op.equals("test_service_context")) {
//
// Test: get_request_service_context
//
try {
org.omg.IOP.ServiceContext sc = ri.get_request_service_context(REQUEST_CONTEXT_ID.value);
TEST(sc.context_id == REQUEST_CONTEXT_ID.value);
byte[] data = new byte[sc.context_data.length];
System.arraycopy(sc.context_data, 0, data, 0, sc.context_data.length);
Any any = null;
try {
any = cdrCodec_.decode_value(data, RequestContextHelper.type());
} catch (org.omg.IOP.CodecPackage.FormatMismatch ex) {
TEST(false);
} catch (org.omg.IOP.CodecPackage.TypeMismatch ex) {
TEST(false);
}
RequestContext context = RequestContextHelper.extract(any);
TEST(context.data.equals("request"));
TEST(context.val == 10);
//
// Test: PortableInterceptor::Current
//
Any slotData = orb_.create_any();
slotData.insert_long(context.val);
try {
ri.set_slot(0, slotData);
} catch (InvalidSlot ex) {
TEST(false);
}
} catch (BAD_PARAM ex) {
TEST(false);
}
//
// Test: add_reply_service_context
//
ReplyContext context = new ReplyContext();
context.data = "reply1";
context.val = 101;
Any any = orb_.create_any();
ReplyContextHelper.insert(any, context);
byte[] data = null;
try {
data = cdrCodec_.encode_value(any);
} catch (org.omg.IOP.CodecPackage.InvalidTypeForEncoding ex) {
TEST(false);
}
org.omg.IOP.ServiceContext sc = new org.omg.IOP.ServiceContext();
sc.context_id = REPLY_CONTEXT_1_ID.value;
sc.context_data = new byte[data.length];
System.arraycopy(data, 0, sc.context_data, 0, data.length);
try {
ri.add_reply_service_context(sc, false);
} catch (BAD_INV_ORDER ex) {
TEST(false);
}
//
// Test: add same context again (no replace)
//
try {
ri.add_reply_service_context(sc, false);
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: add same context again (replace)
//
try {
ri.add_reply_service_context(sc, true);
} catch (BAD_INV_ORDER ex) {
TEST(false);
}
//
// Test: add second context
//
context.data = "reply4";
context.val = 104;
ReplyContextHelper.insert(any, context);
try {
data = cdrCodec_.encode_value(any);
} catch (org.omg.IOP.CodecPackage.InvalidTypeForEncoding ex) {
TEST(false);
}
sc.context_id = REPLY_CONTEXT_4_ID.value;
sc.context_data = new byte[data.length];
System.arraycopy(data, 0, sc.context_data, 0, data.length);
// try
// {
ri.add_reply_service_context(sc, false);
// }
// catch(BAD_INV_ORDER ex)
// {
// TEST(false);
// }
} else {
//
// Test: get_request_service_context
//
try {
org.omg.IOP.ServiceContext sc = ri.get_request_service_context(REQUEST_CONTEXT_ID.value);
TEST(false);
} catch (BAD_PARAM ex) {
// Expected
}
}
//
// Test: get_reply_service_context
//
try {
org.omg.IOP.ServiceContext sc = ri.get_reply_service_context(REPLY_CONTEXT_1_ID.value);
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: sending exception is not available
//
try {
Any any = ri.sending_exception();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: get_server_policy
//
Policy policy = ri.get_server_policy(MY_SERVER_POLICY_ID.value);
MyServerPolicy myServerPolicy = MyServerPolicyHelper.narrow(policy);
TEST(myServerPolicy != null);
TEST(myServerPolicy.value() == 10);
try {
policy = ri.get_server_policy(1013);
TEST(false);
} catch (INV_POLICY ex) {
// Expected
}
} catch (test.common.TestException ex) {
ex.printStackTrace();
throw ex;
}
}
public void send_exception(ServerRequestInfo ri) {
try {
//
// Test: get operation name
//
String op = ri.operation();
TEST(op.equals("systemexception") || op.equals("userexception") || op.equals("deactivate"));
boolean user = op.equals("userexception");
//
// If "deactivate" then we're done
//
if (op.equals("deactivate")) return;
//
// Test: Arguments should not be available
//
try {
org.omg.Dynamic.Parameter[] parameters = ri.arguments();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
// TODO: test operation_context
//
// Test: result is not available
//
try {
Any result = ri.result();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: exceptions
//
try {
TypeCode[] exceptions = ri.exceptions();
if (op.equals("userexception")) {
TEST(exceptions.length == 1);
TEST(exceptions[0].equal(userHelper.type()));
} else {
TEST(exceptions.length == 0);
}
} catch (BAD_INV_ORDER ex) {
TEST(false);
} catch (NO_RESOURCES ex) {
// Expected (if servant is DSI)
}
//
// Test: response expected should be true
//
TEST(ri.response_expected());
// TODO: test sync scope
//
// Test: reply status is available
//
if (user) TEST(ri.reply_status() == USER_EXCEPTION.value);
else TEST(ri.reply_status() == SYSTEM_EXCEPTION.value);
//
// Test: forward reference is not available
//
try {
org.omg.CORBA.Object ior = ri.forward_reference();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: get_request_service_context
// Test: get_reply_service_context
//
testServiceContext(op, ri, false);
//
// Test: sending exception is available
//
try {
Any any = ri.sending_exception();
if (!user) {
SystemException ex =
org.apache.yoko.orb.OB.Util.unmarshalSystemException(any.create_input_stream());
} else {
user ex = userHelper.extract(any);
}
} catch (BAD_INV_ORDER ex) {
TEST(false);
} catch (NO_RESOURCES ex) // TODO: remove this!
{
}
//
// Test: object id is correct
//
byte[] oid = ri.object_id();
TEST(
(oid.length == 4 && (new String(oid)).equals("test"))
|| (oid.length == 7 && (new String(oid)).equals("testDSI")));
//
// Test: adapter id is correct (this is a tough one to test)
//
byte[] adapterId = ri.adapter_id();
TEST(adapterId.length != 0);
//
// Test: target_most_derived_interface raises BAD_INV_ORDER
//
try {
String mdi = ri.target_most_derived_interface();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: server id is correct
//
String serverId = ri.server_id();
TEST(serverId.equals(""));
//
// Test: orb id is correct
//
String orbId = ri.orb_id();
TEST(orbId.equals("myORB"));
//
// Test: adapter name is correct
//
String[] adapterName = ri.adapter_name();
TEST(adapterName.length == 1 && adapterName[0].equals("persistent"));
//
// Test: target_is_a raises BAD_INV_ORDER
//
try {
ri.target_is_a("IDL:TestInterface:1.0");
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: get_server_policy
//
Policy policy = ri.get_server_policy(MY_SERVER_POLICY_ID.value);
MyServerPolicy myServerPolicy = MyServerPolicyHelper.narrow(policy);
TEST(myServerPolicy != null);
TEST(myServerPolicy.value() == 10);
try {
policy = ri.get_server_policy(1013);
TEST(false);
} catch (INV_POLICY ex) {
// Expected
}
} catch (test.common.TestException ex) {
ex.printStackTrace();
throw ex;
}
}
public Any exec(Any a) throws AnyException {
Transaction t = getTransaction();
Composite sumRoot = (Composite) EvalExpr.evalFunc(t, a, sumRoot_, Composite.class);
if (sumRoot == null) nullOperand(sumRoot_);
Any expression = null;
Any sum = null;
Any tmp = null;
Adder adder = null;
if (takeAverage_ && sumRoot.entries() == 0) return null;
Iter i = sumRoot.createIterator();
Any loop = t.getLoop();
try {
while (i.hasNext()) {
Any child = i.next();
// Set $loop
t.setLoop(child);
// Lazy clone of expression
if (expression == null) {
expression = expression_.cloneAny();
}
if (sum == null) {
sum = EvalExpr.evalFunc(t, a, expression);
if (sum == null)
throw new NullPointerException("Failed to resolve " + expression_ + "during summation");
// To save on the creation of temporaries, the first sum
// item is used as the prototype for the result. The
// remaining items, if not the same, must be convertible to it.
adder = new Adder(sum);
sum = adder.add(sum);
tmp = sum.buildNew(null);
adder.setTmp(tmp);
} else {
Any next = EvalExpr.evalFunc(t, a, expression);
if (next == null)
throw new NullPointerException("Failed to resolve " + expression_ + "during summation");
adder.add(next);
}
// No point in continuing the iteration if we hit a null
if (adder.isNull()) break;
}
if (adder != null && adder.isNull()) return AnyNull.instance();
if (takeAverage_ && sum != null) return adder.doAvg(sum, sumRoot.entries());
return sum == null ? AnyNull.instance() : sum;
} finally {
t.setLoop(loop);
}
}
private Any add(Any toAdd) {
if (tmp_ != null) tmp_.copyFrom(toAdd); // here's where we get auto type conversion
sum_.accept(this);
return sum_;
}
/* */ public static SetOverrideType extract(Any paramAny) /* */ {
/* 51 */ return read(paramAny.create_input_stream());
/* */ }
/** Extract the Visibility from the given Any. Uses {@link Any#extract_short}. */
public static short extract(Any any) {
return any.extract_short();
}
/** Insert the Visibility into the given Any. Uses {@link Any#insert_short}. */
public static void insert(Any any, short that) {
any.insert_short(that);
}
public synchronized void update(RtecEventComm.Event event) {
// System.out.println ("in NavWeapDataHandler.update");
Any any_value;
PersianRecursion.Data persian_recursion_data;
any_value = event.data.any_value;
if (any_value.type().equal(PersianRecursion.DataHelper.type())) {
// System.out.println ("type matched PersianRecursion.Data");
try {
persian_recursion_data = PersianRecursion.DataHelper.extract(any_value);
} catch (Exception e) {
System.err.println(e.getMessage() + "\nThe stack trace is:\n");
e.printStackTrace();
return;
}
// System.out.println ("extracted any");
if (persian_recursion_data.criticality_level.equals(
RtecScheduler.Criticality_t.HIGH_CRITICALITY)
|| persian_recursion_data.criticality_level.equals(
RtecScheduler.Criticality_t.VERY_HIGH_CRITICALITY)) {
// System.out.println ("obtaining high priority persian recursion observable");
PersianObservable pobs_hi =
(PersianObservable) ObservablesTable.get("High Consumer Persian Recursion");
// System.out.println ("updating high priority persian recursion observable");
pobs_hi.updatePersianData(persian_recursion_data);
// LatencyObservable lobs_hi =
// (LatencyObservable) ObservablesTable.get ("High Consumer Execution Time (100 ns)");
// lobs_hi.updateLatency (persian_recursion_data.computation_time);
} else {
// System.out.println ("obtaining low priority persian recursion observable");
PersianObservable pobs_lo =
(PersianObservable) ObservablesTable.get("Low Consumer Persian Recursion");
// System.out.println ("obtained low priority persian recursion observable");
// System.out.println ("updating low priority persian recursion observable");
pobs_lo.updatePersianData(persian_recursion_data);
// System.out.println ("updated low priority persian recursion observable");
// LatencyObservable lobs_lo =
// (LatencyObservable) ObservablesTable.get ("Low Consumer Execution Time (100 ns)");
// lobs_lo.updateLatency (persian_recursion_data.computation_time);
}
// System.out.println ("done updating PersianObservables");
received_events_++;
// System.out.println ("total events received: " + received_events_);
} else if (any_value.type().equal(NavigationHelper.type())) {
Navigation navigation_ = NavigationHelper.extract(any_value);
// if the navigation data structure's update data flag is set,
// update its scheduling data with actual values from the EC
if (navigation_.update_data > 0) {
navigation_.arrival_time = event.header.creation_time;
navigation_.completion_time = event.header.ec_send_time;
navigation_.deadline_time += event.header.creation_time;
}
NavigationObservable nobs = (NavigationObservable) ObservablesTable.get("Navigation");
nobs.updateNavigation(navigation_);
Cpu_UsageObservable cobs = (Cpu_UsageObservable) ObservablesTable.get("CPU Usage");
cobs.updateCpu_Usage(navigation_.utilization);
OverheadObservable oobs = (OverheadObservable) ObservablesTable.get("Overhead");
oobs.updateOverhead(navigation_.overhead);
JitterObservable jobs = (JitterObservable) ObservablesTable.get("Latency Jitter (100 ns)");
jobs.updateJitter(
navigation_.completion_time, navigation_.computation_time, navigation_.arrival_time);
JitterObservable njobs =
(JitterObservable) ObservablesTable.get("Navigation Latency Jitter (100 ns)");
njobs.updateJitter(
navigation_.completion_time, navigation_.computation_time, navigation_.arrival_time);
DeadlinesObservable dobs = (DeadlinesObservable) ObservablesTable.get("Missed Deadlines");
dobs.updateDeadlines(navigation_.deadline_time, navigation_.completion_time);
CriticalDeadlinesObservable cdobs =
(CriticalDeadlinesObservable) ObservablesTable.get("Missed Critical Deadlines");
cdobs.updateDeadlines(
navigation_.deadline_time, navigation_.completion_time, navigation_.criticality);
LatencyObservable lobs = (LatencyObservable) ObservablesTable.get("Latency (100 ns)");
lobs.updateLatency(
navigation_.completion_time, navigation_.computation_time, navigation_.arrival_time);
LatencyObservable nlobs =
(LatencyObservable) ObservablesTable.get("Navigation Latency (100 ns)");
nlobs.updateLatency(
navigation_.completion_time, navigation_.computation_time, navigation_.arrival_time);
received_events_++;
} else if (any_value.type().equal(WeaponsHelper.type())) {
Weapons weapons_ = WeaponsHelper.extract(any_value);
// if the weapons structure's update data flag is set, update
// itss scheduling data with actual values from the EC
if (weapons_.update_data > 0) {
weapons_.arrival_time = event.header.creation_time;
weapons_.completion_time = event.header.ec_send_time;
weapons_.deadline_time += event.header.creation_time;
}
WeaponsObservable wobs = (WeaponsObservable) ObservablesTable.get("Weapons");
;
wobs.updateWeapons(weapons_);
Cpu_UsageObservable cobs = (Cpu_UsageObservable) ObservablesTable.get("CPU Usage");
cobs.updateCpu_Usage(weapons_.utilization);
OverheadObservable oobs = (OverheadObservable) ObservablesTable.get("Overhead");
oobs.updateOverhead(weapons_.overhead);
JitterObservable jobs = (JitterObservable) ObservablesTable.get("Latency Jitter (100 ns)");
jobs.updateJitter(weapons_.completion_time, weapons_.computation_time, weapons_.arrival_time);
JitterObservable wjobs =
(JitterObservable) ObservablesTable.get("Weapons Latency Jitter (100 ns)");
wjobs.updateJitter(
weapons_.completion_time, weapons_.computation_time, weapons_.arrival_time);
DeadlinesObservable dobs = (DeadlinesObservable) ObservablesTable.get("Missed Deadlines");
dobs.updateDeadlines(weapons_.deadline_time, weapons_.completion_time);
CriticalDeadlinesObservable cdobs =
(CriticalDeadlinesObservable) ObservablesTable.get("Missed Critical Deadlines");
cdobs.updateDeadlines(weapons_.deadline_time, weapons_.completion_time, weapons_.criticality);
LatencyObservable lobs = (LatencyObservable) ObservablesTable.get("Latency (100 ns)");
lobs.updateLatency(
weapons_.completion_time, weapons_.computation_time, weapons_.arrival_time);
LatencyObservable wlobs =
(LatencyObservable) ObservablesTable.get("Weapons Latency (100 ns)");
wlobs.updateLatency(
weapons_.completion_time, weapons_.computation_time, weapons_.arrival_time);
received_events_++;
} else {
System.out.println("Received wrong type information");
System.out.println("Received any_value.type (): [" + any_value.type() + "]");
System.out.println("Expected NavigationHelper.type (): [" + NavigationHelper.type() + "]");
System.out.println("OR WeaponsHelper.type (): [" + WeaponsHelper.type() + "]");
System.out.println(
"OR PersianRecursion.DataHelper.type (): [" + PersianRecursion.DataHelper.type() + "]");
}
}
public static org.omg.CORBA.Object extract(Any any) {
return any.extract_Object();
}
private void testArgs(ServerRequestInfo ri, boolean resultAvail) {
String op = ri.operation();
org.omg.Dynamic.Parameter[] args = ri.arguments();
if (op.startsWith("_set_") || op.startsWith("_get_")) {
boolean isstr; // struct or string?
isstr = (op.indexOf("string") != -1);
if (op.startsWith("_get_")) {
TEST(args.length == 0);
if (resultAvail) {
//
// Test: result
//
Any result = ri.result();
if (isstr) {
String str = result.extract_string();
TEST(str.startsWith("TEST"));
} else {
s sp = sHelper.extract(result);
TEST(sp.sval.startsWith("TEST"));
}
}
} else {
TEST(args.length == 1);
TEST(args[0].mode == org.omg.CORBA.ParameterMode.PARAM_IN);
if (resultAvail) {
if (isstr) {
String str = args[0].argument.extract_string();
TEST(str.startsWith("TEST"));
} else {
s sp = sHelper.extract(args[0].argument);
TEST(sp.sval.startsWith("TEST"));
}
}
}
} else if (op.startsWith("one_")) {
String which = op.substring(4); // Which operation?
boolean isstr; // struct or string?
ParameterMode mode; // The parameter mode
if (which.startsWith("string")) isstr = true;
else
// if which.startsWith("struct"))
isstr = false;
which = which.substring(7); // Skip <string|struct>_
if (which.equals("return")) {
TEST(args.length == 0);
if (resultAvail) {
//
// Test: result
//
Any result = ri.result();
if (isstr) {
String str = result.extract_string();
TEST(str.startsWith("TEST"));
} else {
s sp = sHelper.extract(result);
TEST(sp.sval.startsWith("TEST"));
}
}
} else {
TEST(args.length == 1);
if (which.equals("in")) mode = org.omg.CORBA.ParameterMode.PARAM_IN;
else if (which.equals("inout")) mode = org.omg.CORBA.ParameterMode.PARAM_INOUT;
else
// if(which.equals("out"))
mode = org.omg.CORBA.ParameterMode.PARAM_OUT;
TEST(mode == args[0].mode);
if (mode != org.omg.CORBA.ParameterMode.PARAM_OUT || resultAvail) {
if (isstr) {
String str = args[0].argument.extract_string();
TEST(str.startsWith("TEST"));
} else {
s sp = sHelper.extract(args[0].argument);
TEST(sp.sval.startsWith("TEST"));
}
if (resultAvail) {
//
// Test: result
//
Any result = ri.result();
TypeCode tc = result.type();
TEST(tc.kind() == TCKind.tk_void);
}
}
}
} else {
TEST(args.length == 0);
}
if (!resultAvail) {
//
// Test: result is not available
//
try {
Any result = ri.result();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
}
}
public void send_reply(ServerRequestInfo ri) {
try {
//
// Test: get operation name
//
String op = ri.operation();
//
// If "deactivate" then we're done
//
if (op.equals("deactivate")) return;
boolean oneway = op.equals("noargs_oneway");
//
// Test: Arguments should be available
//
testArgs(ri, true);
// TODO: test operation_context
//
// Test: exceptions
//
try {
TypeCode[] exceptions = ri.exceptions();
if (op.equals("userexception")) {
TEST(exceptions.length == 1);
TEST(exceptions[0].equal(userHelper.type()));
} else {
TEST(exceptions.length == 0);
}
} catch (NO_RESOURCES ex) {
// Expected (if servant is DSI)
}
//
// Test: response expected and oneway should be equivalent
//
TEST((oneway && !ri.response_expected()) || (!oneway && ri.response_expected()));
// TODO: test sync scope
//
// Test: reply status is available
//
TEST(ri.reply_status() == SUCCESSFUL.value);
//
// Test: forward reference is not available
//
try {
org.omg.CORBA.Object ior = ri.forward_reference();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: get_request_service_context
// Test: get_reply_service_context
// Test: add_reply_service_context
//
testServiceContext(op, ri, true);
//
// Test: sending exception is not available
//
try {
Any any = ri.sending_exception();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: object id is correct
//
byte[] oid = ri.object_id();
TEST(
(oid.length == 4 && (new String(oid)).equals("test"))
|| (oid.length == 7 && (new String(oid)).equals("testDSI")));
//
// Test: adapter id is correct (this is a tough one to test)
//
byte[] adapterId = ri.adapter_id();
TEST(adapterId.length != 0);
//
// Test: target_most_derived_interface raises BAD_INV_ORDER
//
try {
String mdi = ri.target_most_derived_interface();
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: server id is correct
//
String serverId = ri.server_id();
TEST(serverId.equals(""));
//
// Test: orb id is correct
//
String orbId = ri.orb_id();
TEST(orbId.equals("myORB"));
//
// Test: adapter name is correct
//
String[] adapterName = ri.adapter_name();
TEST(adapterName.length == 1 && adapterName[0].equals("persistent"));
//
// Test: target_is_a raises BAD_INV_ORDER
//
try {
ri.target_is_a("IDL:TestInterface:1.0");
TEST(false);
} catch (BAD_INV_ORDER ex) {
// Expected
}
//
// Test: get_server_policy
//
Policy policy = ri.get_server_policy(MY_SERVER_POLICY_ID.value);
MyServerPolicy myServerPolicy = MyServerPolicyHelper.narrow(policy);
TEST(myServerPolicy != null);
TEST(myServerPolicy.value() == 10);
try {
policy = ri.get_server_policy(1013);
TEST(false);
} catch (INV_POLICY ex) {
// Expected
}
//
// Test: get_slot
//
if (op.equals("test_service_context")) {
int val;
Any slotData = null;
try {
slotData = ri.get_slot(0);
} catch (InvalidSlot ex) {
TEST(false);
}
val = slotData.extract_long();
TEST(val == 20);
}
} catch (test.common.TestException ex) {
ex.printStackTrace();
throw ex;
}
}
public Object clone() throws CloneNotSupportedException {
Contains c = (Contains) super.clone();
c.container_ = container_.cloneAny();
c.contained_ = contained_.cloneAny();
return c;
}
public void visitUnknown(Any o) {
result_ = getBooleanResult(o.equals(op2_));
}
/* */ public static void insert(Any paramAny, SetOverrideType paramSetOverrideType) /* */ {
/* 43 */ OutputStream localOutputStream = paramAny.create_output_stream();
/* 44 */ paramAny.type(type());
/* 45 */ write(localOutputStream, paramSetOverrideType);
/* 46 */ paramAny.read_value(localOutputStream.create_input_stream(), type());
/* */ }
