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159
src/test/java/ch/geowerkstatt/lk2dxf/IntegrationTest.java
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| package ch.geowerkstatt.lk2dxf; | ||
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| import ch.ehi.basics.logging.EhiLogger; | ||
| import ch.ehi.basics.logging.StdListener; | ||
| import ch.geowerkstatt.lk2dxf.mapping.ObjectMapper; | ||
| import ch.interlis.ili2c.Ili2cException; | ||
| import ch.interlis.iom.IomObject; | ||
| import ch.interlis.iom_j.xtf.XtfWriter; | ||
| import ch.interlis.iox.IoxException; | ||
| import ch.interlis.iox_j.EndBasketEvent; | ||
| import ch.interlis.iox_j.EndTransferEvent; | ||
| import ch.interlis.iox_j.ObjectEvent; | ||
| import ch.interlis.iox_j.StartBasketEvent; | ||
| import ch.interlis.iox_j.StartTransferEvent; | ||
| import org.apache.logging.log4j.Level; | ||
| import org.apache.logging.log4j.core.config.Configurator; | ||
| import org.junit.jupiter.api.BeforeAll; | ||
| import org.junit.jupiter.api.Test; | ||
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| import java.io.File; | ||
| import java.io.IOException; | ||
| import java.net.URISyntaxException; | ||
| import java.nio.file.Files; | ||
| import java.util.ArrayList; | ||
| import java.util.Random; | ||
| import java.util.stream.Stream; | ||
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| import static org.junit.jupiter.api.Assertions.assertFalse; | ||
| import static org.junit.jupiter.api.Assertions.assertTrue; | ||
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| public final class IntegrationTest { | ||
| private static final String TEST_OUT_DIR = "src/test/data/Results/IntegrationTest/"; | ||
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| @BeforeAll | ||
| static void initAll() { | ||
| new File(TEST_OUT_DIR).mkdirs(); | ||
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| // Configure logging | ||
| Configurator.setRootLevel(Level.TRACE); | ||
| EhiLogger.getInstance().addListener(new EhiLogAdapter()); | ||
| EhiLogger.getInstance().removeListener(StdListener.getInstance()); | ||
| } | ||
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| @Test | ||
| public void multipleFilesWithPerimeter() throws IOException, URISyntaxException, Ili2cException, IoxException { | ||
| // Clear output file | ||
| var outputFile = new File(TEST_OUT_DIR + "multipleFilesWithPerimeter" + ".dxf"); | ||
| var logFile = new File(TEST_OUT_DIR + "multipleFilesWithPerimeter" + ".log"); | ||
| if (outputFile.exists()) { | ||
| assertTrue(outputFile.delete(), "Failed to delete existing output file"); | ||
| } | ||
| assertFalse(outputFile.exists()); | ||
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| // Generate input files | ||
| var files = new ArrayList<File>(); | ||
| var objectCount = 2_000; | ||
| for (int i = 0; i < 3; i++) { | ||
| var file = new File(TEST_OUT_DIR + "multipleFilesWithPerimeter" + "_" + i + ".xtf"); | ||
| files.add(file); | ||
| writeTestXTF(file, i * objectCount, objectCount); | ||
| } | ||
|
|
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| // Run the main method | ||
| var perimeter = "Polygon ((2740857.55514180986210704 1256024.12385561061091721, 2607598.44303888687863946 1264279.11310092429630458, 2508533.20150150312110782 1106392.40145171224139631, 2578116.33859133720397949 1101537.89655045163817704, 2625680.80043338378891349 1178584.46284004743210971, 2706265.21925668558105826 1173867.3261284395121038, 2740857.55514180986210704 1101930.99127641879022121, 2795890.81677723582834005 1100751.7070985168684274, 2740857.55514180986210704 1256024.12385561061091721))"; | ||
| Main.main(Stream.concat(files.stream().map(File::getAbsolutePath), Stream.of(outputFile.getAbsolutePath(), "--perimeter", perimeter, "--logfile", logFile.getAbsolutePath())).toArray(String[]::new)); | ||
|
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| // Check output | ||
| assertTrue(outputFile.exists()); | ||
| assertTrue(outputFile.isFile()); | ||
| assertTrue(outputFile.length() < 1_150_000, "Output file is too large <" + outputFile.length() + "> did the perimeter filter work?"); | ||
| assertTrue(outputFile.length() > 10_000, "The output file is too small <" + outputFile.length() + "> it contains not much more than the default dxf content!"); | ||
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| assertTrue(logFile.exists()); | ||
| assertTrue(logFile.isFile()); | ||
| assertTrue(Files.readString(logFile.toPath()).contains("The output DXF file contains 2606 mapped objects")); | ||
| } | ||
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| private void writeTestXTF(File file, int seed, int objectCount) throws IOException, URISyntaxException, Ili2cException, IoxException { | ||
| var objectMapper = new ObjectMapper(); | ||
| var rand = new Random(seed); | ||
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| XtfWriter writer = new XtfWriter(file, objectMapper.getTransferDescription()); | ||
| try { | ||
| writer.write(new StartTransferEvent()); | ||
| writer.write(new StartBasketEvent("SIA405_LKMap_2015_LV95.SIA405_LKMap", "BASKET1")); | ||
| for (int i = seed; i < objectCount + seed; i += 4) { | ||
| var x = rand.nextDouble() * 300_000 + 2510_000; | ||
| var y = rand.nextDouble() * 200_000 + 1085_000; | ||
| var size = rand.nextDouble() * 7000 + 3000; | ||
| writer.write(new ObjectEvent(createTextObject(i, x, y, "obj_" + (i + 1)))); | ||
| writer.write(new ObjectEvent(createLineObject(i + 1, x, y, size))); | ||
| writer.write(new ObjectEvent(createFlaecheObject(i + 2, x, y))); | ||
| writer.write(new ObjectEvent(createPointObject(i + 3, x, y))); | ||
| } | ||
| writer.write(new EndBasketEvent()); | ||
| writer.write(new EndTransferEvent()); | ||
| } finally { | ||
| writer.close(); | ||
| } | ||
| } | ||
|
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| private final String[] precisionValues = new String[]{"genau", "unbekannt", "ungenau"}; | ||
| private final String[] lineObjectTypeValues = new String[]{"Abwasser.Fernwirkkabel", "Abwasser.Haltung_Kanal", "Abwasser.Schutzrohr", "Elektrizitaet.AnkerStrebe", "Elektrizitaet.Trasse.oberirdisch", "Elektrizitaet.Trasse.unterirdisch", "Fernwaerme.Fernwirkkabel", "Fernwaerme.Trasse", "Gas.Fernwirkkabel", "Gas.Leitung", "Gas.Schutzrohr", "Kommunikation.Trasse.oberirdisch", "Kommunikation.Trasse.unterirdisch", "Wasser.Fernwirkkabel", "Wasser.Leitung", "Wasser.Schutzrohr", "weitereMedien.Fernwirkkabel", "weitereMedien.Leitung", "weitereMedien.Schutzrohr"}; | ||
| private final String[] objectTypeValues = new String[]{"Abwasser", "Elektrizitaet", "Fernwaerme", "Gas", "Kommunikation", "Wasser", "weitereMedien"}; | ||
| private final String[] objectStatusValues = new String[]{"ausser_Betrieb", "in_Betrieb", "tot", "unbekannt", "weitere"}; | ||
|
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| private IomObject createLineObject(int oid, double x, double y, double size) { | ||
| var rings = 4; | ||
| var angleCount = 7; | ||
| var segments = new ArrayList<IomObject>(); | ||
| for (double r = size; r > 0.1; r -= size / rings) { | ||
| for (int i = 0; i < angleCount; i++) { | ||
| var angle = Math.TAU / angleCount * i; | ||
| var segment = IomObjectHelper.createCoord(Double.toString(x + r * Math.cos(angle)), Double.toString(y + r * Math.sin(angle))); | ||
| segments.add(segment); | ||
| } | ||
| } | ||
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| var polyline = IomObjectHelper.createPolyline(segments.toArray(new IomObject[0])); | ||
| var rand = new Random(oid); | ||
| return IomObjectHelper.createIomObject("SIA405_LKMap_2015_LV95.SIA405_LKMap.LKLinie", "obj_" + oid, | ||
| o -> o.addattrobj("Linie", polyline), | ||
| o -> o.addattrvalue("Objektart", lineObjectTypeValues[rand.nextInt(lineObjectTypeValues.length)]), | ||
| o -> o.addattrvalue("Lagebestimmung", precisionValues[rand.nextInt(precisionValues.length)]), | ||
| o -> o.addattrvalue("Status", objectStatusValues[rand.nextInt(objectStatusValues.length)]), | ||
| o -> o.addattrvalue("Eigentuemer", "Keine_Angabe")); | ||
| } | ||
|
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| private IomObject createFlaecheObject(int oid, double x, double y) { | ||
| var rand = new Random(oid); | ||
| return IomObjectHelper.createIomObject("SIA405_LKMap_2015_LV95.SIA405_LKMap.LKFlaeche", "obj_" + oid, | ||
| o -> o.addattrobj("Flaeche", IomObjectHelper.createRectangleGeometry(Double.toString(x), Double.toString(y), Double.toString(x - 1.5), Double.toString(y + 10))), | ||
| o -> o.addattrvalue("Objektart", objectTypeValues[rand.nextInt(objectTypeValues.length)]), | ||
| o -> o.addattrvalue("Lagebestimmung", precisionValues[rand.nextInt(precisionValues.length)]), | ||
| o -> o.addattrvalue("Status", objectStatusValues[rand.nextInt(objectStatusValues.length)]), | ||
| o -> o.addattrvalue("Eigentuemer", "Keine_Angabe")); | ||
| } | ||
|
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| private IomObject createPointObject(int oid, double x, double y) { | ||
| var rand = new Random(oid); | ||
| return IomObjectHelper.createIomObject("SIA405_LKMap_2015_LV95.SIA405_LKMap.LKPunkt", "obj_" + oid, | ||
| o -> o.addattrobj("SymbolPos", IomObjectHelper.createCoord(Double.toString(x), Double.toString(y))), | ||
| o -> o.addattrvalue("Objektart", objectTypeValues[rand.nextInt(objectTypeValues.length)]), | ||
| o -> o.addattrvalue("Lagebestimmung", precisionValues[rand.nextInt(precisionValues.length)]), | ||
| o -> o.addattrvalue("Status", objectStatusValues[rand.nextInt(objectStatusValues.length)]), | ||
| o -> o.addattrvalue("Eigentuemer", "Keine_Angabe")); | ||
| } | ||
|
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| private IomObject createTextObject(int oid, double x, double y, String objectRef) { | ||
| return IomObjectHelper.createIomObject("SIA405_LKMap_2015_LV95.SIA405_LKMap.LKObjekt_Text", "obj_" + oid, | ||
| o -> o.addattrobj("TextPos", IomObjectHelper.createCoord(Double.toString(x), Double.toString(y))), | ||
| o -> o.addattrvalue("TextOri", "90"), | ||
| o -> o.addattrvalue("TextHAli", "Left"), | ||
| o -> o.addattrvalue("TextVAli", "Base"), | ||
| o -> o.addattrvalue("Textinhalt", "obj_" + oid), | ||
| o -> o.addattrobj("LKObjektRef", IomObjectHelper.createIomObject("REF", null, | ||
| r -> r.setobjectrefoid(objectRef)))); | ||
| } | ||
| } |
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