private void Add(CVImageInput input)
{
T addition = new T();
addition.SetInput(input);
FProcess.Add(addition);
}
private void Add()
{
CVImageOutput output = new CVImageOutput();
T addition = new T();
addition.SetOutput(output);
FProcess.Add(addition);
FOutput.Add(output);
}
public IDataValue Evaluate(string expression, DataParams paramsValue)
{
#if USECOLLAPSEDEVALUATECALLS
#if LOGCACHEEVENTS
FSession.FServer.FInternalServer.LogMessage(String.Format("Thread {0} evaluating expression '{1}'.", Thread.CurrentThread.GetHashCode(), AExpression));
#endif
RemoteParamData localParamsValue = DataParamsToRemoteParamData(AParams);
IRemoteServerExpressionPlan plan;
PlanDescriptor planDescriptor;
ProgramStatistics executeTime;
byte[] result = FProcess.Evaluate(AExpression, ref localParamsValue, out plan, out planDescriptor, out executeTime, GetProcessCallInfo(), GetProcessCleanupInfo());
RemoteParamDataToDataParams(AParams, localParamsValue);
#if LOGCACHEEVENTS
FSession.FServer.FInternalServer.LogMessage(String.Format("Thread {0} expression evaluated.", Thread.CurrentThread.GetHashCode()));
#endif
LocalExpressionPlan localPlan = new LocalExpressionPlan(this, plan, planDescriptor, AParams);
try
{
return(result == null ? null : DataValue.FromPhysical(this.ValueManager, localPlan.DataType, result, 0));
}
finally
{
UnprepareExpression(localPlan);
}
#else
IServerExpressionPlan localPlan = PrepareExpression(expression, paramsValue);
try
{
return(localPlan.Evaluate(paramsValue));
}
finally
{
UnprepareExpression(localPlan);
}
#endif
}
