Function TEST

plugins/nitf/test/NitfWriterTest.cpp:118–186

} // Unnamed namespace

TEST(NitfWriterTest, test1)
{
    StageFactory f;

    const std::string las_input(Support::datapath("las/1.2-with-color.las"));
    const std::string nitf_output(Support::temppath("temp_nitf.ntf"));

    FileUtils::deleteFile(nitf_output);

    //
    // write the NITF
    //
    {
        Options reader_opts;
        Option reader_opt1("filename", las_input);
        reader_opts.add(reader_opt1);

        Options writer_opts;
        Option writer_opt1("filename", nitf_output);
        Option debug("debug", true);
        Option verbose("verbose", 8);

        Option datetime("idatim", "20110516183337");
        writer_opts.add(datetime);

        Option cls("fsclas", "S");
        writer_opts.add(cls);

        Option phone("ophone", "5155554628");
        writer_opts.add(phone);

        Option name("oname", "Howard Butler");
        writer_opts.add(name);

        Option ftitle("ftitle", "LiDAR from somewhere");
        writer_opts.add(ftitle);

        // writer_opts.add(debug);
        // writer_opts.add(verbose);
        writer_opts.add(writer_opt1);

        Stage* reader(f.createStage("readers.las"));
        EXPECT_TRUE(reader);
        reader->setOptions(reader_opts);

        Stage* writer(f.createStage("writers.nitf"));
        EXPECT_TRUE(writer);
        writer->setOptions(writer_opts);
        writer->setInput(*reader);
        {
            // writer.setCompressed(false);
            // // writer.setDate(0, 0);
            // // writer.setPointFormat(::drivers::las::PointFormat3);
            // // writer.setSystemIdentifier("");
            // writer.setGeneratingSoftware("PDAL-NITF");
            // writer.setChunkSize(100);
        }
        PointTable table;