public IEnumerable <CimClass> DeserializeClasses(byte[] serializedData,
ref uint offset,
IEnumerable <CimClass> classes,
OnClassNeeded onClassNeededCallback,
GetIncludedFileContent getIncludedFileCallback)
{
return(DeserializeClasses(serializedData, ref offset, classes, null, null, onClassNeededCallback, getIncludedFileCallback));
}
public IEnumerable <CimInstance> DeserializeInstances(
byte[] serializedData,
ref uint offset,
IEnumerable <CimClass> cimClasses,
OnClassNeeded onClassNeededCallback,
GetIncludedFileContent getIncludedFileCallback)
{
List <CimInstance> instancelist = new List <CimInstance>();
MI_Instance[] instanceHandles = DeserializeInstanceHandle(serializedData, ref offset, cimClasses, onClassNeededCallback, getIncludedFileCallback);
foreach (MI_Instance handle in instanceHandles)
{
instancelist.Add(new CimInstance(handle));
}
return(instancelist);
}
public IEnumerable <CimClass> DeserializeClasses(byte[] serializedData,
ref uint offset,
IEnumerable <CimClass> classes,
string computerName,
string namespaceName,
OnClassNeeded onClassNeededCallback,
GetIncludedFileContent getIncludedFileCallback)
{
MI_Class[] classHandles = DeserializeClassHandle(
serializedData,
ref offset,
classes,
computerName,
namespaceName,
onClassNeededCallback,
getIncludedFileCallback);
List <CimClass> classlist = new List <CimClass>();
foreach (MI_Class handle in classHandles)
{
classlist.Add(new CimClass(handle));
}
return(classlist);
}
internal MI_Class[] DeserializeClassHandle(
byte[] serializedData,
ref uint offset,
IEnumerable <CimClass> cimClasses,
string computerName,
string namespaceName,
OnClassNeeded onClassNeededCallback,
GetIncludedFileContent getIncludedFileCallback)
{
if (serializedData == null)
{
throw new ArgumentNullException("serializedData");
}
else if (offset >= serializedData.Length)
{
throw new ArgumentOutOfRangeException("offset");
}
else if (getIncludedFileCallback != null)
{
// Need the definition for the callbacks
throw new NotImplementedException();
}
else if (offset != 0)
{
// Need to internally handle the offset as the native calls
// have no knowledge of this right now
throw new NotImplementedException();
}
this.AssertNotDisposed();
MI_Class[] nativeClassHandles = null;
if (cimClasses != null)
{
nativeClassHandles = cimClasses.Select(cimClass => cimClass.ClassHandle).ToArray();
}
UInt32 inputBufferUsed;
MI_Instance cimError;
MI_ExtendedArray classArray;
MI_OperationOptions nativeOption = GetOperationOptions().OperationOptionsHandle;
//MI_DeserializerCallbacks callbacks = new MI_DeserializerCallbacks();
//if (onClassNeededCallback != null) callbacks.ClassObjectNeededCallback = CreateClassObjectNeededCallbackDelegate(onClassNeededCallback);
//if (getIncludedFileCallback != null) callbacks.GetIncludedFileBufferCallback = CreateGetIncludedFileBufferCallback(getIncludedFileCallback);
MI_DeserializerCallbacks callbacks = new MI_DeserializerCallbacks();
if (onClassNeededCallback != null)
{
callbacks.classObjectNeeded = CreateClassObjectNeededCallbackDelegate(onClassNeededCallback);
}
MI_Result result = this._myHandle.DeserializeClassArray(
MI_SerializerFlags.None,
nativeOption,
callbacks,
serializedData,
nativeClassHandles,
computerName,
namespaceName,
out inputBufferUsed,
out classArray,
out cimError);
CimException.ThrowIfMiResultFailure(result, cimError);
MI_Class[] deserializedClasses = classArray.ReadAsManagedPointerArray(MI_Class.NewFromDirectPtr);
MI_Class[] resultClasses = deserializedClasses.CloneMIArray();
classArray.Delete();
offset += inputBufferUsed;
return(resultClasses);
}
public IEnumerable <CimInstance> DeserializeInstances(byte[] serializedData, ref uint offset, OnClassNeeded onClassNeededCallback,
GetIncludedFileContent getIncludedFileCallback)
{
return(this.DeserializeInstances(serializedData, ref offset, null, onClassNeededCallback, getIncludedFileCallback));
}
internal MI_Instance[] DeserializeInstanceHandle(
byte[] serializedData,
ref uint offset,
IEnumerable <CimClass> cimClasses,
OnClassNeeded onClassNeededCallback,
GetIncludedFileContent getIncludedFileCallback)
{
if (serializedData == null)
{
throw new ArgumentNullException("serializedData");
}
else if (offset >= serializedData.Length)
{
throw new ArgumentOutOfRangeException("offset");
}
else if (offset != 0)
{
// Need to implement this in our layer as it is not
// handled by the underlying API
throw new NotImplementedException();
}
else if (getIncludedFileCallback != null)
{
// Still need to add the native definitions of these callbacks
throw new NotImplementedException();
}
this.AssertNotDisposed();
MI_Class[] nativeClassHandles = null;
if (cimClasses != null)
{
nativeClassHandles = cimClasses.Select(cimClass => cimClass.ClassHandle).ToArray();
}
UInt32 inputBufferUsed;
MI_Instance cimError;
MI_ExtendedArray instanceArray;
MI_OperationOptions nativeOption = GetOperationOptions().OperationOptionsHandle;
// TODO: Add definitions for these callbacks
//if (getIncludedFileCallback != null) callbacks.GetIncludedFileBufferCallback = CreateGetIncludedFileBufferCallback(getIncludedFileCallback);
MI_DeserializerCallbacks callbacks = new MI_DeserializerCallbacks();
if (onClassNeededCallback != null)
{
callbacks.classObjectNeeded = CreateClassObjectNeededCallbackDelegate(onClassNeededCallback);
}
MI_Result result = this._myHandle.DeserializeInstanceArray(
MI_SerializerFlags.None,
nativeOption,
callbacks,
serializedData,
nativeClassHandles,
out inputBufferUsed,
out instanceArray,
out cimError);
CimException.ThrowIfMiResultFailure(result, cimError);
MI_Instance[] deserializedInstances = instanceArray.ReadAsManagedPointerArray(MI_Instance.NewFromDirectPtr);
MI_Instance[] resultInstances = deserializedInstances.CloneMIArray();
instanceArray.Delete();
offset += inputBufferUsed;
return(resultInstances);
}