public void Register <T>(IDataProcessor <T> processor)
{
dataProcessors.Add(new DataProcessorInfo
{
DataProcessor = processor,
DataType = typeof(T),
ProcessMethodInfo = processor.GetType().GetMethod("ProcessData")
});
}
void AddProcessor(IDataProcessor someProcessor)
{
Type typeToAdd = someProcessor.GetType();
if (typeDictionary.ContainsKey(typeToAdd))
{
throw new ArgumentException(
String.Format(
"Cannot add same type of processor twice! Type: {0}"
, typeToAdd
)
);
}
someProcessor.OnAttach(this.dataCenter);
typeDictionary.Add(typeToAdd, someProcessor);
processorList.Add(someProcessor);
}
public static IEnumerable <DataProcessorPropertyInfo> GetPropertyInfos(this IDataProcessor self)
{
var allPropertyInfos = self.GetType().GetProperties();
var inputOutputPropertyInfos = new List <DataProcessorPropertyInfo>();
foreach (var propertyInfo in allPropertyInfos)
{
var inputAttribute = propertyInfo.GetCustomAttribute <InputAttribute>();
var outputAttribute = propertyInfo.GetCustomAttribute <OutputAttribute>();
if (inputAttribute != null)
{
inputOutputPropertyInfos.Add(new DataProcessorPropertyInfo(propertyInfo, self, inputAttribute));
}
if (outputAttribute != null)
{
inputOutputPropertyInfos.Add(new DataProcessorPropertyInfo(propertyInfo, self, outputAttribute));
}
}
return(inputOutputPropertyInfos);
}
private static bool xdeb098800b3ee141(IDataProcessor x08db3aeabb253cb1)
{
return (x08db3aeabb253cb1.GetType().Name == typeof(LinearScale).Name);
}
private static bool x1e076d75160be815(IDataProcessor x08db3aeabb253cb1)
{
return (x08db3aeabb253cb1.GetType().Name == typeof(SimpleFunctionalPreprocessorLogic).Name);
}
private static bool xad1d75c4f41a1f7d(IDataProcessor x08db3aeabb253cb1)
{
return (x08db3aeabb253cb1.GetType().Name == typeof(SimpleFunctionalPreprocessorLogic).Name);
}
private static bool x716bafe7619d8264(IDataProcessor x08db3aeabb253cb1)
{
return (x08db3aeabb253cb1.GetType().Name == typeof(LinearScale).Name);
}
public DataProcessorInfo(IDataProcessor dataProcessor) : this(dataProcessor.GetType())
{
Instance = dataProcessor;
}