telem_sparkleclock_generated_tests.cpp

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#include <assert.h>
#include "../../../../tests/catch2/catch.hpp"
#include "../generated/logCodes.hpp"
#include "../types/telem_sparkleclock.hpp"
#include "../types/generated/telem_sparkleclock_generated.h"
#include "../types/flatbuffer_log.hpp"
 
/*
 * GENERATED TEST FILE for types/telem_sparkleclock.hpp 
 * generated by generateTemplateCatch2Tests.py
 */
 
const bool telemSparkleclockModulating_0 = 1; // dummy modulating
const bool telemSparkleclockTrigger_0 = 1; // dummy trigger
const float telemSparkleclockFrequency_0 = 0.99894; // dummy frequency
const float telemSparkleclockInterval_0 = 0.523278; // dummy interval
const std::vector<float> telemSparkleclockSeparations_0 = { 0.159264,0.502858,0.988829,0.483864,0.014849,0.481233,0.721733,0.81682,0.095968,0.055461 }; // dummy separations
const float telemSparkleclockAngleOffset_0 = 0.762991; // dummy angleOffset
const float telemSparkleclockAmplitude_0 = 0.845377; // dummy amplitude
 
 
/** Class to encapsulate telem_sparkleclock flatbuffer data using
 ** => types/telem_sparkleclock.hpp
 ** => types/generated/telem_sparkleclock_generated.h
 **/
class CTelemSparkleclock_0
{
public:
  // Saved input parameter value; unused
  bool m_saveTsModulating;
  bool m_saveTsTrigger;
  float m_saveTsFrequency;
  float m_saveTsInterval;
  std::vector<float> m_saveTsSeparations;
  float m_saveTsAngleOffset;
  float m_saveTsAmplitude;
 
  // Parameters retrieved from flatbuffer
  bool m_modulating;
  bool m_trigger;
  float m_frequency;
  float m_interval;
  std::vector<float> m_separations;
  float m_angleOffset;
  float m_amplitude;
 
  // Flatbuffers verifier success/failure
  bool m_verify{false};
 
  // flatbuffer data length; used in ::verify
  int L;
 
  // Constructor
  CTelemSparkleclock_0(bool modulating_, bool trigger_, float frequency_, float interval_, std::vector<float> separations_, float angleOffset_, float amplitude_) {
    // Save input parameters
    m_saveTsModulating = modulating_;
    m_saveTsTrigger = trigger_;
    m_saveTsFrequency = frequency_;
    m_saveTsInterval = interval_;
    m_saveTsSeparations = separations_;
    m_saveTsAngleOffset = angleOffset_;
    m_saveTsAmplitude = amplitude_;
 
    // Create the flatbuffer messageT using the input parameters
    auto ts = MagAOX::logger::telem_sparkleclock::messageT(modulating_, trigger_, frequency_, interval_, separations_, angleOffset_, amplitude_);
 
    // Retrieve flatbuffer pointer (if not an empty_log type) and length
    void* buffPtr = ts.builder.GetBufferPointer();
    L = MagAOX::logger::telem_sparkleclock::length(ts);
 
    // Retrieve the flatbuffer parameters for Catch2 comparison below
    m_modulating = MagAOX::logger::GetTelem_sparkleclock_fb(buffPtr)->modulating();
    m_trigger = MagAOX::logger::GetTelem_sparkleclock_fb(buffPtr)->trigger();
    m_frequency = MagAOX::logger::GetTelem_sparkleclock_fb(buffPtr)->frequency();
    m_interval = MagAOX::logger::GetTelem_sparkleclock_fb(buffPtr)->interval();
    if (MagAOX::logger::GetTelem_sparkleclock_fb(buffPtr)->separations() != nullptr)
    {
      for(auto it = MagAOX::logger::GetTelem_sparkleclock_fb(buffPtr)->separations()->begin();
          it != MagAOX::logger::GetTelem_sparkleclock_fb(buffPtr)->separations()->end();
          ++it)
      {
        m_separations.push_back(*it);
      }
    }
    m_angleOffset = MagAOX::logger::GetTelem_sparkleclock_fb(buffPtr)->angleOffset();
    m_amplitude = MagAOX::logger::GetTelem_sparkleclock_fb(buffPtr)->amplitude();
 
    // Run the telem_sparkleclock verifier
    m_verify = verify(ts);
  }
 
  // Run the flatbuffer Verifier for this log type
  // - requires bufferPtrT (shared_ptr<char*>) to full log entry
  //   comprising log header plus flatbuffer log message
  bool verify(const typename MagAOX::logger::telem_sparkleclock::messageT& msg) {
 
    // Timestamp, prioriy (use nominal value here)
    flatlogs::timespecX tsx{0,0};
    flatlogs::logPrioT prio{flatlogs::logPrio::LOG_DEFAULT};
 
    // Create full log: log header(*); log message (+)
    // * Log level (priority)
    // * Event code (implicit in <MagAOX::logger::type>)
    // * Timestamp
    // * Message size (variable length; 1, 2, or 8 bytes)
    // + Message (variable length)
 
    // N.G. allocates space and writes pointer value to logBuffer
    flatlogs::bufferPtrT logBuffer;
    flatlogs::logHeader::createLog<MagAOX::logger::telem_sparkleclock>(logBuffer
                                                             , tsx, msg
                                                             , prio);
    // Run full log through flatbuffer Verifier
    return MagAOX::logger::telem_sparkleclock::verify(logBuffer,L);
  }
};
 
SCENARIO( "Create telem_sparkleclock 0", "[a log item]")
{
    GIVEN("a telem_sparkleclock log code")
    {
        WHEN("random values for fields")
        {
            // Create flatbuffer
            CTelemSparkleclock_0 ts = CTelemSparkleclock_0(telemSparkleclockModulating_0, telemSparkleclockTrigger_0, telemSparkleclockFrequency_0, telemSparkleclockInterval_0, telemSparkleclockSeparations_0, telemSparkleclockAngleOffset_0, telemSparkleclockAmplitude_0);
            // Compare flatbuffer parameters
            REQUIRE(ts.m_modulating == telemSparkleclockModulating_0);
            REQUIRE(ts.m_trigger == telemSparkleclockTrigger_0);
            REQUIRE(ts.m_frequency == telemSparkleclockFrequency_0);
            REQUIRE(ts.m_interval == telemSparkleclockInterval_0);
            REQUIRE(ts.m_separations == telemSparkleclockSeparations_0);
            REQUIRE(ts.m_angleOffset == telemSparkleclockAngleOffset_0);
            REQUIRE(ts.m_amplitude == telemSparkleclockAmplitude_0);
            REQUIRE(ts.m_verify);
        }
    }
}