Function TEST_F

lib/mdflib/mdflib_test/src/testwrite.cpp:146–194

}

TEST_F(TestWrite, Mdf3WriteTest1) {
  if (kSkipTest) {
    GTEST_SKIP();
  }
  path mdf_file(kTestDir);
  mdf_file.append("test1.mf3");
  auto writer = MdfFactory::CreateMdfWriter(MdfWriterType::Mdf3Basic);

  writer->Init(mdf_file.string());

  auto* header = writer->Header();
  ASSERT_TRUE(header != nullptr);
  header->Author("Ingemar Hedvall");
  header->Department("Home Alone");
  header->Description("Testing Sample");
  header->Project("Mdf3WriteHD");
  header->StartTime(TimeStampToNs());
  header->Subject("PXY");

  auto* dg3 = writer->CreateDataGroup();
  auto* cg3 = mdf::MdfWriter::CreateChannelGroup(dg3);
  for (size_t cn_index = 0; cn_index < 3; ++cn_index) {
    auto* cn3 = mdf::MdfWriter::CreateChannel(cg3);
    ASSERT_TRUE(cn3 != nullptr);
    std::ostringstream name;
    name << "Channel_" << cn_index + 1;
    cn3->Name(name.str());
    cn3->Description("Channel description");
    cn3->Type(cn_index == 0 ? ChannelType::Master : ChannelType::FixedLength);
    cn3->DataType(ChannelDataType::FloatBe);
    cn3->DataBytes(4);
    cn3->Unit("s");
  }

  writer->InitMeasurement();

  writer->StartMeasurement(TimeStampToNs());
  for (size_t sample = 0; sample < 100; ++sample) {
    auto cn_list = cg3->Channels();
    double value = 0.01 * static_cast<double>(sample);
    for(auto* channel : cn_list) {
      channel->SetChannelValue(value);
    }
    writer->SaveSample(*cg3, TimeStampToNs());
    sleep_for(10ms);
  }
  writer->StopMeasurement(TimeStampToNs());
  writer->FinalizeMeasurement();
}

TEST_F(TestWrite, Mdf3WriteTestValueType) {
  if (kSkipTest) {