ParseData.cpp

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// this is for emacs file handling -*- mode: c++; indent-tabs-mode: nil -*-
 
// -- BEGIN LICENSE BLOCK ----------------------------------------------
 
// -- END LICENSE BLOCK ------------------------------------------------
 
//----------------------------------------------------------------------
//----------------------------------------------------------------------
 
#include <sick_safetyscanners/data_processing/ParseData.h>
 
namespace sick {
namespace data_processing {
 
ParseData::ParseData()
{
  m_data_header_parser_ptr      = std::make_shared<sick::data_processing::ParseDataHeader>();
  m_derived_values_parser_ptr   = std::make_shared<sick::data_processing::ParseDerivedValues>();
  m_measurement_data_parser_ptr = std::make_shared<sick::data_processing::ParseMeasurementData>();
  m_general_system_state_parser_ptr =
    std::make_shared<sick::data_processing::ParseGeneralSystemState>();
  m_intrusion_data_parser_ptr   = std::make_shared<sick::data_processing::ParseIntrusionData>();
  m_application_data_parser_ptr = std::make_shared<sick::data_processing::ParseApplicationData>();
}
 
sick::datastructure::Data
ParseData::parseUDPSequence(const datastructure::PacketBuffer& buffer) const
{
  sick::datastructure::Data data;
  setDataBlocksInData(buffer, data);
  return data;
}
 
void ParseData::setDataBlocksInData(const datastructure::PacketBuffer& buffer,
                                    datastructure::Data& data) const
{
  setDataHeaderInData(buffer, data);
 
  auto dataHeadPtr = data.getDataHeaderPtr();
  uint32_t expected_size =
    dataHeadPtr->getDerivedValuesBlockSize() + dataHeadPtr->getMeasurementDataBlockSize() +
    dataHeadPtr->getGeneralSystemStateBlockSize() + dataHeadPtr->getIntrusionDataBlockSize() +
    dataHeadPtr->getApplicationDataBlockSize();
  uint32_t actual_size = buffer.getLength();
  if (actual_size < expected_size)
  {
    ROS_WARN("Skipping data, sizes do not match, actual size is smaller then expected "
             "size! If this occurs please report with a stacktrace if the driver crashes at some "
             "other place. ");
    ROS_WARN("Expected minimum size: %i", expected_size);
    ROS_WARN("Actual size: %i", actual_size);
    ROS_WARN("Skipping all data for this message.");
 
    dataHeadPtr->setDerivedValuesBlockSize(0);
    dataHeadPtr->setDerivedValuesBlockOffset(0);
    dataHeadPtr->setMeasurementDataBlockSize(0);
    dataHeadPtr->setMeasurementDataBlockOffset(0);
    dataHeadPtr->setGeneralSystemStateBlockSize(0);
    dataHeadPtr->setGeneralSystemStateBlockOffset(0);
    dataHeadPtr->setIntrusionDataBlockSize(0);
    dataHeadPtr->setIntrusionDataBlockOffset(0);
    dataHeadPtr->setApplicationDataBlockSize(0);
    dataHeadPtr->setApplicationDataBlockOffset(0);
  }
 
  setDerivedValuesInData(buffer, data);
  setMeasurementDataInData(buffer, data);
  setGeneralSystemStateInData(buffer, data);
  setIntrusionDataInData(buffer, data);
  setApplicationDataInData(buffer, data);
}
 
void ParseData::setDataHeaderInData(const datastructure::PacketBuffer& buffer,
                                    datastructure::Data& data) const
{
  sick::datastructure::DataHeader data_header =
    m_data_header_parser_ptr->parseUDPSequence(buffer, data);
  data.setDataHeaderPtr(std::make_shared<sick::datastructure::DataHeader>(data_header));
}
 
void ParseData::setDerivedValuesInData(const datastructure::PacketBuffer& buffer,
                                       datastructure::Data& data) const
{
  sick::datastructure::DerivedValues derived_values =
    m_derived_values_parser_ptr->parseUDPSequence(buffer, data);
  data.setDerivedValuesPtr(std::make_shared<sick::datastructure::DerivedValues>(derived_values));
}
 
void ParseData::setMeasurementDataInData(const datastructure::PacketBuffer& buffer,
                                         datastructure::Data& data) const
{
  sick::datastructure::MeasurementData measurement_data =
    m_measurement_data_parser_ptr->parseUDPSequence(buffer, data);
  data.setMeasurementDataPtr(
    std::make_shared<sick::datastructure::MeasurementData>(measurement_data));
}
 
void ParseData::setGeneralSystemStateInData(const datastructure::PacketBuffer& buffer,
                                            datastructure::Data& data) const
{
  sick::datastructure::GeneralSystemState general_system_state =
    m_general_system_state_parser_ptr->parseUDPSequence(buffer, data);
  data.setGeneralSystemStatePtr(
    std::make_shared<sick::datastructure::GeneralSystemState>(general_system_state));
}
 
void ParseData::setIntrusionDataInData(const datastructure::PacketBuffer& buffer,
                                       datastructure::Data& data) const
{
  sick::datastructure::IntrusionData intrusion_data =
    m_intrusion_data_parser_ptr->parseUDPSequence(buffer, data);
  data.setIntrusionDataPtr(std::make_shared<sick::datastructure::IntrusionData>(intrusion_data));
}
 
void ParseData::setApplicationDataInData(const datastructure::PacketBuffer& buffer,
                                         datastructure::Data& data) const
{
  sick::datastructure::ApplicationData application_data =
    m_application_data_parser_ptr->parseUDPSequence(buffer, data);
  data.setApplicationDataPtr(
    std::make_shared<sick::datastructure::ApplicationData>(application_data));
}
 
} // namespace data_processing
} // namespace sick