SampleSensorFactory::SampleSensorFactory()
: m_sensorIDCount(0)
{
DataTypeManager& dataTypeMgr = DataTypeManager::GetSingleton();
DataTypeDescription typeDesc( "ZMQSensor", "ZMQ Sensor", "ZMQ Sensor Plugin" );
typeDesc.typeIsA.push_back( Types::Sensor );
Types::SampleSensor = dataTypeMgr.RegisterDataType( typeDesc, kSampleSensorGUID );
RegisterProperties();
SensorManager::GetSingleton().RegisterSensorFactory( kSensorTypeSampleSensor, this );
}
std::vector<FunctionDescription> FunctionTyper(std::vector<FunctionModel>& input)
{
std::vector<FunctionModel>::const_iterator it = input.begin();
std::vector<FunctionDescription> output;
while (it != input.end())
{
std::string key;
std::vector<std::string> conversionString;
std::string returnType = it->GetReturnType();
CheckAndGetType(key,conversionString,returnType);
std::string name = it->GetFunctionName();
std::string desc = it->GetFunctionDescription();
std::vector<FunctionArgument> Arguments;
for (unsigned long i=0; i < it->GetNumberArgs(); i++)
{
std::string thisKey;
std::vector<std::string> thisConversionString;
std::string thisType = it->GetArgumentReturnType(i);
CheckAndGetType(thisKey,thisConversionString,thisType);
FunctionArgumentType typeDesc(thisType,thisConversionString,thisKey);
FunctionArgument thisArgument(typeDesc,it->GetArgumentFunctionName(i),it->GetArgumentFunctionDescription(i), it->GetArgumentFunctionDefaultvalue(i));
Arguments.push_back(thisArgument);
}
FunctionDescription thisDescription(name,desc,returnType,key,Arguments,it->GetVolatile(),it->DoTime(),it->GetThreadsafe());
output.push_back(thisDescription);
++it;
}
return output;
}
