public void testPersistenceWithBadState()
{
//create new cache for agent
RequestCache cache = RequestCache.GetInstance(fAgent);
//create new queryobject
SIF_QueryObject obj = new SIF_QueryObject("");
//create query, telling it what type of query it is(passing it queryobj)
SIF_Query query = new SIF_Query(obj);
//create new sif request
SIF_Request request = new SIF_Request();
//set query property
request.SIF_Query = query;
Query q = new Query(StudentDTD.STUDENTPERSONAL);
String testStateItem = Adk.MakeGuid();
String requestMsgId = Adk.MakeGuid();
String testObjectType = Adk.MakeGuid();
TestState ts = new TestState();
ts.State = testStateItem;
ts.setCreateErrorOnRead(true);
q.UserData = ts;
storeRequest(cache, request, q, requestMsgId, testObjectType);
cache.Close();
// Create a new instance. This one should retrieve its settings from the persistence mechanism
cache = RequestCache.GetInstance(fAgent);
IRequestInfo ri = cache.GetRequestInfo(requestMsgId, null);
//if state is null, should still return ri object
Assertion.AssertNotNull("RequestInfo was null", ri);
Assertion.AssertEquals("MessageId", requestMsgId, ri.MessageId);
Assertion.AssertEquals("ObjectType", testObjectType, ri.ObjectType);
ts = (TestState) ri.UserData;
// In order for this to be a valid test, the TestState class should have thrown
// an exception during deserialization and should be null here.
Assertion.AssertNull("UserData should be null", ts);
}
public void testWithLegacyFile()
{
//assertStoredRequests(fRC, true);
// Copy the legacy requests.adk file to the agent work directory
//FileInfo legacyFile = new FileInfo("requests.adk");
//Assertion.Assert("Saved legacy file does [not?] exist", legacyFile.Exists);
//FileInfo copiedFile = new FileInfo(fAgent.HomeDir + Path.DirectorySeparatorChar + "work" + Path.DirectorySeparatorChar + "requests.adk");
//if (copiedFile.Exists)
//{
// copiedFile.Delete();
//}
//// Copy the file
//legacyFile.CopyTo(copiedFile.FullName, true);
// Now open up an instance of the request cache and verify that the contents are there
fRC = RequestCache.GetInstance(fAgent);
SIF_QueryObject obj = new SIF_QueryObject("");
SIF_Query query = new SIF_Query(obj);
SIF_Request request = new SIF_Request();
request.SIF_Query = query;
Query q;
TestState ts;
fMsgIds = new String[10];
fStateObjects = new String[10];
// Add 10 entries to the cache
for (int i = 0; i < 10; i++)
{
ts = new TestState();
ts.State = Adk.MakeGuid();
fStateObjects[i] = (String) ts.State;
q = new Query(StudentDTD.STUDENTPERSONAL);
q.UserData = ts;
fMsgIds[i] = Adk.MakeGuid();
storeRequest(fRC, request, q, fMsgIds[i], "Object_" + i.ToString());
}
Assertion.AssertEquals("Active request count", 10, fRC.ActiveRequestCount);
// Lookup each setting,
for (int i = 0; i < 10; i++)
{
IRequestInfo reqInfo = fRC.LookupRequestInfo(fMsgIds[i], null);
Assertion.AssertEquals("Initial lookup", "Object_" + i.ToString(), reqInfo.ObjectType);
}
// Lookup each setting,
for (int i = 0; i < 10; i++)
{
IRequestInfo reqInfo = fRC.GetRequestInfo(fMsgIds[i], null);
Assertion.AssertEquals("Initial lookup", "Object_" + i.ToString(), reqInfo.ObjectType);
}
// all messages should now be removed from the queue
Assertion.AssertEquals("Cache should be empty", 0, fRC.ActiveRequestCount);
// Now run one of our other tests
testPersistence();
}
/**
* Stores the items in the cache that will later be asserted
* @param cache
*/
private void storeAssertedRequests(RequestCache cache)
{
SIF_QueryObject obj = new SIF_QueryObject("");
SIF_Query query = new SIF_Query(obj);
SIF_Request request = new SIF_Request();
request.SIF_Query = query;
Query q;
TestState ts;
fMsgIds = new String[10];
fStateObjects = new String[10];
// Add 10 entries to the cache, interspersed with other entries that are removed
for (int i = 0; i < 10; i++)
{
ts = new TestState();
ts.State = Adk.MakeGuid();
fStateObjects[i] = ts.State;
q = new Query(StudentDTD.STUDENTPERSONAL);
q.UserData = ts;
String phantom1 = Adk.MakeGuid();
String phantom2 = Adk.MakeGuid();
storeRequest(cache, request, q, phantom1, "foo");
fMsgIds[i] = Adk.MakeGuid();
storeRequest(cache, request, q, fMsgIds[i], "Object_" + i.ToString());
storeRequest(cache, request, q, phantom2, "bar");
cache.GetRequestInfo(phantom1, null);
cache.GetRequestInfo(phantom2, null);
}
}
public void testPersistenceWithRemoval()
{
fRC = RequestCache.GetInstance(fAgent);
SIF_QueryObject obj = new SIF_QueryObject("");
SIF_Query query = new SIF_Query(obj);
SIF_Request request = new SIF_Request();
request.SIF_Query = query;
Query q = new Query(StudentDTD.STUDENTPERSONAL);
String testStateItem = Adk.MakeGuid();
TestState ts = new TestState();
ts.State = testStateItem;
q.UserData = ts;
fMsgIds = new String[10];
// Add 10 entries to the cache, interspersed with other entries that are removed
for (int i = 0; i < 10; i++)
{
String phantom1 = Adk.MakeGuid();
String phantom2 = Adk.MakeGuid();
storeRequest(fRC, request, q, phantom1, "foo");
fMsgIds[i] = Adk.MakeGuid();
storeRequest(fRC, request, q, fMsgIds[i], "Object_" + i);
storeRequest(fRC, request, q, phantom2, "bar");
fRC.GetRequestInfo(phantom1, null);
fRC.GetRequestInfo(phantom2, null);
}
// remove every other entry, close, re-open and assert that the correct entries are there
for (int i = 0; i < 10; i += 2)
{
fRC.GetRequestInfo(fMsgIds[i], null);
}
Assertion.AssertEquals("Before closing Should have five objects", 5, fRC.ActiveRequestCount);
fRC.Close();
// Create a new instance. This one should retrieve its settings from the persistence mechanism
fRC = RequestCache.GetInstance(fAgent);
Assertion.AssertEquals("After Re-Openeing Should have five objects", 5, fRC.ActiveRequestCount);
for (int i = 1; i < 10; i += 2)
{
IRequestInfo cachedInfo = fRC.GetRequestInfo(fMsgIds[i], null);
Assertion.AssertNotNull("No cachedID returned for " + i, cachedInfo);
}
Assertion.AssertEquals("Should have zero objects", 0, fRC.ActiveRequestCount);
}
// TODO: Implement
/*
[Test]
public void testReportPublishSIFExceptionAfterReportInfo()
{
ElementDef objType = SifDtd.SIF_REPORTOBJECT;
ErrorMessageHandler handler = new ErrorMessageHandler( ErrorMessageHandler.BVR_SET_REPORT_INFO_THROW_EXCEPTION );
fZone.setReportPublisher( handler, ADKFlags.PROV_NONE);
TestProtocolHandler testProto = new TestProtocolHandler();
testProto.open(fZone);
MessageDispatcher testDispatcher = new MessageDispatcher( fZone );
fZone.setDispatcher(testDispatcher);
fZone.setProto(testProto);
testDispatcher.dispatch( createSIF_Request( objType, ADK.makeGUID(), fZone ) );
String msg = testProto.readMsg();
assertNull(testProto.readMsg());
fZone.log.info(msg);
SIFParser parser = SIFParser.newInstance();
SIFElement element = parser.parse(new StringReader(msg), fZone);
assertTrue(element instanceof SIF_Response);
SIF_Response response = (SIF_Response) element;
assertTrue(response.getSIF_Error() != null);
assertTrue(response.getSIF_Error().getSIF_Desc().startsWith("Blah"));
}
public void testReportPublishSIFExceptionAfterReportInfo() throws ADKException, IOException
{
ElementDef objType = SifDtd.SIF_REPORTOBJECT;
ErrorMessageHandler handler = new ErrorMessageHandler( ErrorMessageHandler.BVR_SET_REPORT_INFO_THROW_EXCEPTION );
fZone.setReportPublisher( handler, ADKFlags.PROV_NONE);
TestProtocolHandler testProto = new TestProtocolHandler();
testProto.open(fZone);
MessageDispatcher testDispatcher = new MessageDispatcher( fZone );
fZone.setDispatcher(testDispatcher);
fZone.setProto(testProto);
testDispatcher.dispatch( createSIF_Request( objType, ADK.makeGUID(), fZone ) );
String msg = testProto.readMsg();
assertNull(testProto.readMsg());
fZone.log.info(msg);
SIFParser parser = SIFParser.newInstance();
SIFElement element = parser.parse(new StringReader(msg), fZone);
assertTrue(element instanceof SIF_Response);
SIF_Response response = (SIF_Response) element;
assertTrue(response.getSIF_Error() != null);
assertTrue(response.getSIF_Error().getSIF_Desc().startsWith("Blah"));
}
*/
private SIF_Request createSIF_Request(IElementDef objType)
{
SIF_Request request = new SIF_Request();
request.Header.SIF_MsgId = MSG_GUID;
request.Header.SIF_SourceId = "foo";
request.SIF_MaxBufferSize = 32768;
request.AddSIF_Version(new SIF_Version(Adk.SifVersion.ToString()));
SIF_Query q = new SIF_Query();
SIF_QueryObject sqo = new SIF_QueryObject();
sqo.ObjectName = objType.Name;
q.SIF_QueryObject = sqo;
request.SIF_Query = q;
return request;
}
/// <summary>
/// Constructor that accepts values for all mandatory fields
/// </summary>
///<param name="sifQueryObject">A SIF_QueryObject</param>
///
public SIF_Query( SIF_QueryObject sifQueryObject )
: base(InfraDTD.SIF_QUERY)
{
this.SIF_QueryObject = sifQueryObject;
}
/**
* Creates a SIF_Query element from the specified Adk query object using
* the specified version of SIF
* @param query The Query to convert to a SIF_Query
* @param version The version of SIF to render the SIF_Query xml in
* @param allowFieldRestrictions True if the field restrictions in the query should be rendered
* @return a SIF_Query object
*/
public static SIF_Query CreateSIF_Query(Query query, SifVersion version, bool allowFieldRestrictions)
{
SIF_QueryObject sqo = new SIF_QueryObject(query.ObjectType.Tag(version));
SIF_Query sifQ = new SIF_Query(sqo);
if (query.HasConditions)
{
sifQ.SIF_ConditionGroup = createConditionGroup(query, version);
}
if (allowFieldRestrictions && query.HasFieldRestrictions)
{
foreach( ElementRef elementRef in query.FieldRestrictionRefs )
{
String path = null;
IElementDef field = elementRef.Field;
if( field != null )
{
if( !field.IsSupported( version ) )
{
continue;
}
path = field.GetSQPPath( version );
}
if( path == null )
{
path = elementRef.XPath;
}
if (path != null)
{
path = Adk.Dtd.TranslateSQP(query.ObjectType, path, version);
sqo.AddSIF_Element(new SIF_Element(path));
}
}
}
return sifQ;
}
/// <summary>
/// Constructor that accepts values for all mandatory fields
/// </summary>
///<param name="sifQueryObject">A SIF_QueryObject</param>
///
public SIF_Query(SIF_QueryObject sifQueryObject) : base(InfraDTD.SIF_QUERY)
{
this.SIF_QueryObject = sifQueryObject;
}
