public void should_read_SerializableType_string()
{
writer.WriteRaw(serializableTypeStringExpected);
ResetStream();
Assert.That(stream.ToArray(), Is.EqualTo(serializableTypeStringExpected));
var st = iftFactory(typeof(string)).ToSerializableType();
var result = reader.ReadSerializableType();
Assert.That(result, Is.EqualTo(st));
}
public void Stream()
{
var typeMap = scope.Resolve <TypeMap>();
using (var ms = new MemoryStream())
using (var sw = new ZetboxStreamWriter(typeMap, new BinaryWriter(ms)))
using (var sr = new ZetboxStreamReader(typeMap, new BinaryReader(ms)))
{
var ctx = GetContext();
ctx.Attach(obj);
obj.ToStream(sw, null, false);
Assert.That(ms.Length, Is.GreaterThan(0));
ms.Seek(0, SeekOrigin.Begin);
var t = sr.ReadSerializableType();
Assert.That(t.GetSystemType().IsAssignableFrom(typeof(ANewObjectClass)), string.Format("{0} not assignable to {1}", typeof(ANewObjectClass), t));
BaseClientDataObjectMockImpl result = new BaseClientDataObjectMockImpl(null);
result.FromStream(sr);
Assert.That(result.GetType(), Is.EqualTo(obj.GetType()));
Assert.That(result.ID, Is.EqualTo(obj.ID));
Assert.That(result.ObjectState, Is.EqualTo(obj.ObjectState));
}
}
public void should_use_interfacetype_on_the_stream()
{
var typeMap = scope.Resolve <TypeMap>();
var ms = new MemoryStream();
var sw = new ZetboxStreamWriter(typeMap, new BinaryWriter(ms));
var sr = new ZetboxStreamReader(typeMap, new BinaryReader(ms));
obj.ToStream(sw, null, false);
ms.Seek(0, SeekOrigin.Begin);
var t = sr.ReadSerializableType();
Assert.That(t, Is.EqualTo(_iftFactory(typeof(TestObjClass)).ToSerializableType()));
}
private List <IStreamable> ReceiveObjectList(IZetboxContext ctx, ZetboxStreamReader sr)
{
List <IStreamable> result = new List <IStreamable>();
var cont = sr.ReadBoolean();
while (cont)
{
var objType = sr.ReadSerializableType();
IStreamable obj = (IStreamable)ctx.Internals().CreateUnattached(_iftFactory(objType.GetSystemType()));
obj.FromStream(sr);
result.Add((IStreamable)obj);
cont = sr.ReadBoolean();
}
return(result);
}
public void FromStream_creates_correct_Object()
{
var typeMap = scope.Resolve<TypeMap>();
var ms = new MemoryStream();
var sw = new ZetboxStreamWriter(typeMap, new BinaryWriter(ms));
var sr = new ZetboxStreamReader(typeMap, new BinaryReader(ms));
TestObjClassSerializationMock.ToStream<TestObjClass, TestEnum>(sw, _iftFactory);
sw.Flush();
Assert.That(ms.Length, Is.GreaterThan(0));
ms.Seek(0, SeekOrigin.Begin);
var t = sr.ReadSerializableType();
Assert.That(t.GetSystemType().IsAssignableFrom(typeof(TestObjClass)), string.Format("{0} not assignable to {1}", typeof(TestObjClass), t));
var obj = new TestObjClassImpl();
obj.FromStream(sr);
ctx.Attach(obj);
TestObjClassSerializationMock.AssertCorrectContentsEnum<TestObjClass>(obj);
}
public void FromStream_creates_correct_Object()
{
var typeMap = scope.Resolve <TypeMap>();
var ms = new MemoryStream();
var sw = new ZetboxStreamWriter(typeMap, new BinaryWriter(ms));
var sr = new ZetboxStreamReader(typeMap, new BinaryReader(ms));
TestObjClassSerializationMock.ToStream <TestObjClass, TestEnum>(sw, _iftFactory);
sw.Flush();
Assert.That(ms.Length, Is.GreaterThan(0));
ms.Seek(0, SeekOrigin.Begin);
var t = sr.ReadSerializableType();
Assert.That(t.GetSystemType().IsAssignableFrom(typeof(TestObjClass)), string.Format("{0} not assignable to {1}", typeof(TestObjClass), t));
var obj = new TestObjClassImpl();
obj.FromStream(sr);
ctx.Attach(obj);
TestObjClassSerializationMock.AssertCorrectContentsEnum <TestObjClass>(obj);
}
private List <IStreamable> ReceiveObjectList(IZetboxContext ctx, ZetboxStreamReader sr)
{
List <IStreamable> result = new List <IStreamable>();
bool cont = sr.ReadBoolean();
long dbgByteCounter = 0;
long dbgObjTypeByteCounter = 0;
while (cont)
{
long dbgCurrentPos = sr.BaseStream.Position;
var objType = sr.ReadSerializableType();
dbgObjTypeByteCounter += sr.BaseStream.Position - dbgCurrentPos;
IStreamable obj = (IStreamable)ctx.Internals().CreateUnattached(_iftFactory(objType.GetSystemType()));
obj.FromStream(sr);
result.Add((IStreamable)obj);
cont = sr.ReadBoolean();
long dbgSize = sr.BaseStream.Position - dbgCurrentPos;
dbgByteCounter += dbgSize;
}
Logging.Facade.DebugFormat("ReceiveObjectList: {0:n0} objects; {1:n0} bytes total size; {2:n0} bytes avg. size / object; Total ObjType size: {3:n0}; {4:n2}% of total", result.Count, dbgByteCounter, (double)dbgByteCounter / (double)result.Count, dbgObjTypeByteCounter, (double)dbgObjTypeByteCounter / (double)dbgByteCounter * 100.0);
return(result);
}
public static void AssertCorrectContents <LOCALINTERFACE, ENUMTYPE>(ZetboxStreamReader sr, InterfaceType.Factory iftFactory)
where LOCALINTERFACE : TestObjClass <LOCALINTERFACE, ENUMTYPE>
where ENUMTYPE : struct
{
Assert.That(sr, Is.Not.Null, "no stream to inspect");
var objType = sr.ReadSerializableType();
Assert.That(objType, Is.EqualTo(GetSerializableType <LOCALINTERFACE, ENUMTYPE>(iftFactory)), "wrong interface type found");
var testObjId = sr.ReadInt32();
Assert.That(testObjId, Is.EqualTo(TestObjClassId), "wrong object ID found");
DataObjectState?objectState = null;
sr.ReadConverter(i => objectState = (DataObjectState)i);
Assert.That(objectState, Is.EqualTo(TestObjectState), "wrong ObjectState found");
int accessRights = sr.ReadInt32();
Assert.That(accessRights, Is.GreaterThan(0), "wrong Access Rights found");
// TestObjClass
// BaseTestObjClass Reference
int?testObjRefId;
sr.Read(out testObjRefId);
Assert.That(testObjRefId, Is.EqualTo(TestBaseClassId), "wrong BaseObjClass ID found");
// StringProp
string testStringProp;
sr.Read(out testStringProp);
Assert.That(testStringProp, Is.EqualTo(TestStringPropValue), "wrong StringProp Value found");
//// SubClasses are not serialized, but fetched lazily
//foreach (int subClassID in TestSubClassesIds)
//{
// bool continuationMarkerForSubClasses = false;
// BinarySerializer.FromStream(out continuationMarkerForSubClasses, sr);
// Assert.That(continuationMarkerForSubClasses, Is.True, "wrong continuation marker for subClassId {0}", subClassID);
// int readSubClassId;
// BinarySerializer.FromStream(out readSubClassId, sr);
// Assert.That(readSubClassId, Is.EqualTo(readSubClassId), "wrong subClassId read", subClassID);
//}
//bool continuationMarkerAfterSubClasses = false;
//BinarySerializer.FromStream(out continuationMarkerAfterSubClasses, sr);
//Assert.That(continuationMarkerAfterSubClasses, Is.False, "wrong continuation marker after subClassIds");
// TestEnumProp
var testEnum = (TestEnum)sr.ReadInt32();
Assert.That(testEnum, Is.EqualTo(TestEnum.TestSerializationValue), "wrong enum value found");
// TestNames
for (int i = 0; i < TestTestNamesIds.Length; i++)
{
var continuationMarkerForCes = sr.ReadBoolean();
Assert.That(continuationMarkerForCes, Is.True, "wrong continuation marker for testName #{0}", i);
var ceType = sr.ReadSerializableType();
Assert.That(ceType, Is.EqualTo(GetSerializableCollectionEntryType <LOCALINTERFACE, ENUMTYPE>(iftFactory)), "wrong interface type found for collection entry #{0}", i);
var readCeId = sr.ReadInt32();
Assert.That(readCeId, Is.EqualTo(TestTestNamesIds[i]), "wrong id read for collection entry #{0}", i);
DataObjectState?ceObjectState = null;
sr.ReadConverter(read => ceObjectState = (DataObjectState)read);
Assert.That(ceObjectState, Is.EqualTo(TestCollectionEntryState), "wrong ObjectState found for collection entry #{0}", i);
var readCeAccessRights = sr.ReadInt32();
Assert.That(readCeAccessRights, Is.GreaterThan(0), "wrong access rights for collection entry #{0}", i);
var readValue = sr.ReadString();
Assert.That(readValue, Is.EqualTo(TestTestNamesValues[i]), "wrong value read for collection entry #{0}", i);
}
var continuationMarkerAfterCes = sr.ReadBoolean();
Assert.That(continuationMarkerAfterCes, Is.False, "wrong continuation marker after testNames collection entries");
}
public void should_use_interfacetype_on_the_stream()
{
var typeMap = scope.Resolve<TypeMap>();
var ms = new MemoryStream();
var sw = new ZetboxStreamWriter(typeMap, new BinaryWriter(ms));
var sr = new ZetboxStreamReader(typeMap, new BinaryReader(ms));
obj.ToStream(sw, null, false);
ms.Seek(0, SeekOrigin.Begin);
var t = sr.ReadSerializableType();
Assert.That(t, Is.EqualTo(_iftFactory(typeof(TestObjClass)).ToSerializableType()));
}
public void Stream()
{
var typeMap = scope.Resolve<TypeMap>();
using (var ms = new MemoryStream())
using (var sw = new ZetboxStreamWriter(typeMap, new BinaryWriter(ms)))
using (var sr = new ZetboxStreamReader(typeMap, new BinaryReader(ms)))
{
var ctx = GetContext();
ctx.Attach(obj);
obj.ToStream(sw, null, false);
Assert.That(ms.Length, Is.GreaterThan(0));
ms.Seek(0, SeekOrigin.Begin);
var t = sr.ReadSerializableType();
Assert.That(t.GetSystemType().IsAssignableFrom(typeof(ANewObjectClass)), string.Format("{0} not assignable to {1}", typeof(ANewObjectClass), t));
BaseClientDataObjectMockImpl result = new BaseClientDataObjectMockImpl(null);
result.FromStream(sr);
Assert.That(result.GetType(), Is.EqualTo(obj.GetType()));
Assert.That(result.ID, Is.EqualTo(obj.ID));
Assert.That(result.ObjectState, Is.EqualTo(obj.ObjectState));
}
}