use of org.codice.imaging.nitf.fluent.impl.NitfCreationFlowImpl in project alliance by codice.
the class ImageInputTransformerTest method createNitfWithAimidb.
private static Map<NitfAttribute, NitfValue> createNitfWithAimidb(File file) {
String acquisitionDate = "20161013121212";
String missionNumber = "UNKN";
String country = "US";
String location = "4559N23345W";
Tre aimidb = TreFactory.getDefault("AIMIDB", TreSource.ImageExtendedSubheaderData);
aimidb.add(new TreEntryImpl("ACQUISITION_DATE", acquisitionDate, "string"));
aimidb.add(new TreEntryImpl("MISSION_NO", missionNumber, "string"));
aimidb.add(new TreEntryImpl("MISSION_IDENTIFICATION", "NOT AVAIL.", "string"));
aimidb.add(new TreEntryImpl("FLIGHT_NO", "01", "string"));
aimidb.add(new TreEntryImpl("OP_NUM", "001", "UINT"));
aimidb.add(new TreEntryImpl("CURRENT_SEGMENT", "AA", "string"));
aimidb.add(new TreEntryImpl("REPRO_NUM", "01", "UINT"));
aimidb.add(new TreEntryImpl("REPLAY", "000", "string"));
aimidb.add(new TreEntryImpl("RESERVED_1", " ", "string"));
aimidb.add(new TreEntryImpl("START_TILE_COLUMN", "001", "UINT"));
aimidb.add(new TreEntryImpl("START_TILE_ROW", "00001", "UINT"));
aimidb.add(new TreEntryImpl("END_SEGMENT", "AA", "string"));
aimidb.add(new TreEntryImpl("END_TILE_COLUMN", "001", "UINT"));
aimidb.add(new TreEntryImpl("END_TILE_ROW", "00001", "UINT"));
aimidb.add(new TreEntryImpl("COUNTRY", country, "string"));
aimidb.add(new TreEntryImpl("RESERVED_2", " ", "string"));
aimidb.add(new TreEntryImpl("LOCATION", location, "string"));
aimidb.add(new TreEntryImpl("RESERVED_3", " ", "string"));
ImageSegment imageSegment = TreUtilityTest.createImageSegment();
imageSegment.getTREsRawStructure().add(aimidb);
new NitfCreationFlowImpl().fileHeader(() -> TreUtilityTest.createFileHeader()).imageSegment(() -> imageSegment).write(file.getAbsolutePath());
// key value pair of nitf attributes and expected getAttributes
Map<NitfAttribute, NitfValue> assertMap = new HashMap<>();
assertMap.put(AimidbAttribute.ACQUISITION_DATE_ATTRIBUTE, new NitfValue(acquisitionDate));
assertMap.put(AimidbAttribute.MISSION_NUMBER_ATTRIBUTE, new NitfValue(missionNumber));
assertMap.put(AimidbAttribute.COUNTRY_CODE_ATTRIBUTE, new NitfValue(country));
assertMap.put(AimidbAttribute.LOCATION_ATTRIBUTE, new NitfValue(location));
return assertMap;
}
use of org.codice.imaging.nitf.fluent.impl.NitfCreationFlowImpl in project alliance by codice.
the class ImageInputTransformerTest method createNitfWithCsexra.
private static void createNitfWithCsexra(File file) {
NitfHeader header = NitfHeaderFactory.getDefault(FileType.NITF_TWO_ONE);
Tre csexra = TreFactory.getDefault("CSEXRA", TreSource.ImageExtendedSubheaderData);
csexra.add(new TreEntryImpl("SNOW_DEPTH_CAT", "1", "string"));
csexra.add(new TreEntryImpl("SENSOR", str(6), "string"));
csexra.add(new TreEntryImpl("TIME_FIRST_LINE_IMAGE", "12345.000000", "string"));
csexra.add(new TreEntryImpl("TIME_IMAGE_DURATION", "12345.000000", "string"));
csexra.add(new TreEntryImpl("MAX_GSD", "123.5", "string"));
csexra.add(new TreEntryImpl("ALONG_SCAN_GSD", "123.5", "string"));
csexra.add(new TreEntryImpl("CROSS_SCAN_GSD", "123.5", "string"));
csexra.add(new TreEntryImpl("GEO_MEAN_GSD", "123.5", "string"));
csexra.add(new TreEntryImpl("A_S_VERT_GSD", "123.5", "string"));
csexra.add(new TreEntryImpl("C_S_VERT_GSD", "123.5", "string"));
csexra.add(new TreEntryImpl("GEO_MEAN_VERT_GSD", "123.5", "string"));
csexra.add(new TreEntryImpl("GSD_BETA_ANGLE", "123.5", "string"));
csexra.add(new TreEntryImpl("DYNAMIC_RANGE", "02047", "string"));
csexra.add(new TreEntryImpl("NUM_LINES", "0000101", "string"));
csexra.add(new TreEntryImpl("NUM_SAMPLES", "00101", "string"));
csexra.add(new TreEntryImpl("ANGLE_TO_NORTH", "000.000", "string"));
csexra.add(new TreEntryImpl("OBLIQUITY_ANGLE", "00.000", "string"));
csexra.add(new TreEntryImpl("AZ_OF_OBLIQUITY", "000.000", "string"));
csexra.add(new TreEntryImpl("GRD_COVER", "1", "string"));
csexra.add(new TreEntryImpl("SNOW_DEPTH_CAT", "1", "string"));
csexra.add(new TreEntryImpl("SUN_AZIMUTH", "000.000", "string"));
csexra.add(new TreEntryImpl("SUN_ELEVATION", "-90.000", "string"));
csexra.add(new TreEntryImpl("PREDICTED_NIIRS", "1.0", "string"));
csexra.add(new TreEntryImpl("CIRCL_ERR", "000", "string"));
csexra.add(new TreEntryImpl("LINEAR_ERR", "000", "string"));
ImageSegment imageSegment = ImageSegmentFactory.getDefault(FileType.NITF_TWO_ONE);
imageSegment.addImageBand(TreUtilityTest.createImageBand());
imageSegment.getTREsRawStructure().add(csexra);
new NitfCreationFlowImpl().fileHeader(() -> header).imageSegment(() -> imageSegment).write(file.getAbsolutePath());
}
use of org.codice.imaging.nitf.fluent.impl.NitfCreationFlowImpl in project alliance by codice.
the class ImageInputTransformerTest method createNitfWithPiaimc.
private static void createNitfWithPiaimc(File file) {
NitfHeader header = NitfHeaderFactory.getDefault(FileType.NITF_TWO_ONE);
Tre piaimc = TreFactory.getDefault("PIAIMC", TreSource.ImageExtendedSubheaderData);
piaimc.add(new TreEntryImpl("CLOUDCVR", "070", "string"));
piaimc.add(new TreEntryImpl("SRP", "Y", "string"));
piaimc.add(new TreEntryImpl("SENSMODE", str(12), "string"));
piaimc.add(new TreEntryImpl("SENSNAME", str(18), "string"));
piaimc.add(new TreEntryImpl("SOURCE", str(255), "string"));
piaimc.add(new TreEntryImpl("COMGEN", "09", "string"));
piaimc.add(new TreEntryImpl("SUBQUAL", str(1), "string"));
piaimc.add(new TreEntryImpl("PIAMSNNUM", str(7), "string"));
piaimc.add(new TreEntryImpl("CAMSPECS", str(32), "string"));
piaimc.add(new TreEntryImpl("PROJID", str(2), "string"));
piaimc.add(new TreEntryImpl("GENERATION", "8", "string"));
piaimc.add(new TreEntryImpl("ESD", "Y", "string"));
piaimc.add(new TreEntryImpl("OTHERCOND", str(2), "string"));
piaimc.add(new TreEntryImpl("MEANGSD", "00000.0", "string"));
piaimc.add(new TreEntryImpl("IDATUM", str(3), "string"));
piaimc.add(new TreEntryImpl("IELLIP", str(3), "string"));
piaimc.add(new TreEntryImpl("PREPROC", str(2), "string"));
piaimc.add(new TreEntryImpl("IPROJ", str(2), "string"));
piaimc.add(new TreEntryImpl("SATTRACK_PATH", "0000", "string"));
piaimc.add(new TreEntryImpl("SATTRACK_ROW", "0000", "string"));
ImageSegment imageSegment = ImageSegmentFactory.getDefault(FileType.NITF_TWO_ONE);
imageSegment.addImageBand(TreUtilityTest.createImageBand());
imageSegment.getTREsRawStructure().add(piaimc);
new NitfCreationFlowImpl().fileHeader(() -> header).imageSegment(() -> imageSegment).write(file.getAbsolutePath());
}
use of org.codice.imaging.nitf.fluent.impl.NitfCreationFlowImpl in project alliance by codice.
the class CatalogOutputAdapter method nitfToBinaryContent.
private BinaryContent nitfToBinaryContent(NitfHeader header, ImageSegment imageSegment) throws IOException, MimeTypeParseException {
byte[] data;
File tmpFile = File.createTempFile("nitfchip-", ".ntf");
try {
new NitfCreationFlowImpl().fileHeader(() -> header).imageSegment(() -> imageSegment).write(tmpFile.getAbsolutePath());
try (FileInputStream fis = new FileInputStream(tmpFile)) {
data = IOUtils.toByteArray(fis);
}
} finally {
if (!tmpFile.delete()) {
LOGGER.debug("unable to delete the temporary file '{}'", tmpFile);
}
}
return new BinaryContentImpl(new ByteArrayInputStream(data), new MimeType(IMAGE_NITF));
}
use of org.codice.imaging.nitf.fluent.impl.NitfCreationFlowImpl in project alliance by codice.
the class NitfHeaderTransformerTest method testValidationWarningsOnNitfAttributeTransformException.
@Test
public void testValidationWarningsOnNitfAttributeTransformException() throws Exception {
String originalNitfValue = "US";
NitfTestCommons.setupNitfUtilities(originalNitfValue, Arrays.asList("USA", "CAN"));
File nitfFile = temporaryFolder.newFile("nitf-attribute-header-test.ntf");
FileSecurityMetadata fileSecurityMetadata = TreUtilityTest.createSecurityMetadata();
when(fileSecurityMetadata.getSecurityClassificationSystem()).thenReturn(originalNitfValue);
Supplier<NitfHeader> nitfHeader = () -> TreUtilityTest.createFileHeader(fileSecurityMetadata);
new NitfCreationFlowImpl().fileHeader(nitfHeader).write(nitfFile.getAbsolutePath());
Metacard metacard;
try (InputStream inputStream = new FileInputStream(nitfFile)) {
metacard = metacardFactory.createMetacard("nitfHeaderTest");
NitfSegmentsFlow nitfSegmentsFlow = new NitfParserInputFlowImpl().inputStream(inputStream).headerOnly();
nitfHeaderTransformer.transform(nitfSegmentsFlow, metacard);
}
assertThat(metacard, is(not(nullValue())));
assertThat(metacard.getAttribute(Validation.VALIDATION_WARNINGS).getValues().size(), equalTo(1));
assertThat(metacard.getAttribute(Security.CLASSIFICATION_SYSTEM).getValue(), is(originalNitfValue));
}
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