public void CanReadExtentFromGeoJsonFile()
{
var gdbFileInfo = FileUtility.FirstMatchingFileUpDirectoryTree(@"LTInfo.Common\GdalOgr\SampleFileGeodatabase.gdb.zip");
const string sourceLayerName = "MySampleFeatureClass";
// Act
// ---
const int totalMilliseconds = 110000;
const string pathToOgr2OgrExecutable = @"C:\Program Files\GDAL\ogr2ogr.exe";
var ogr2OgrCommandLineRunner = new Ogr2OgrCommandLineRunner(pathToOgr2OgrExecutable, CoordinateSystemId, totalMilliseconds);
var geoJson = ogr2OgrCommandLineRunner.ImportFileGdbToGeoJson(gdbFileInfo, sourceLayerName, true);
// Act
// ---
const string pathToOgrInfoExecutable = @"C:\Program Files\GDAL\ogrinfo.exe";
var result = OgrInfoCommandLineRunner.GetExtentFromGeoJson(new FileInfo(pathToOgrInfoExecutable), geoJson, totalMilliseconds);
// Assert
// ------
var expectedResult = new Tuple <double, double, double, double>(-122.825678, 45.555868, -122.272895, 45.938212);
Assert.That(result.Item1, Is.EqualTo(expectedResult.Item1));
Assert.That(result.Item2, Is.EqualTo(expectedResult.Item2));
Assert.That(result.Item3, Is.EqualTo(expectedResult.Item3));
Assert.That(result.Item4, Is.EqualTo(expectedResult.Item4));
}
public void CanProperlyCreateCommandLineOptionsForOgrInfoToParseFeatureClasses()
{
// Arrange
// -------
var gdalDataDirectoryInfo = new DirectoryInfo(@"C:\Program Files\GDAL\gdal-data");
var inputGdbFile = new FileInfo(@"C:\temp\MyZippedGdbFile.gdb.zip");
// Act
// ---
var actualCommandLineArguments = OgrInfoCommandLineRunner.BuildOgrInfoCommandLineArgumentsToListFeatureClasses(inputGdbFile,
gdalDataDirectoryInfo);
// Assert
// ------
// Expecting a command line something like this:
//"C:\Program Files\GDAL\ogrinfo.exe" --config GDAL_DATA "C:\\Program Files\\GDAL\\gdal-data" -ro -so -q "C:\\temp\\SampleFileGeodatabase.gdb.zip"
var expectedCommandLineArguments = new[] { "--config", "GDAL_DATA", gdalDataDirectoryInfo.FullName, "-ro", "-so", "-q", inputGdbFile.FullName };
Assert.That(actualCommandLineArguments, Is.EquivalentTo(expectedCommandLineArguments), "Should produce expected arguments");
var expectedCommandLineArgumentsEncodedString = string.Join(" ", expectedCommandLineArguments.Select(ProcessUtility.EncodeArgumentForCommandLine).ToList());
var actualCommandLineArgumentsEncodedString = string.Join(" ", actualCommandLineArguments.Select(ProcessUtility.EncodeArgumentForCommandLine).ToList());
Assert.That(actualCommandLineArgumentsEncodedString, Is.EqualTo(expectedCommandLineArgumentsEncodedString), "Should produce the expected command line argument string in the correct order");
}
public void CanExecuteOgrInfoToParseFeatureClassesSuccessfully()
{
// Arrange
// -------
var gdbFileInfo = FileUtility.FirstMatchingFileUpDirectoryTree(@"LtInfo.Common\GdalOgr\SampleFileGeodatabase.gdb.zip");
var gdbFileInfoWith2FeatureClasses = FileUtility.FirstMatchingFileUpDirectoryTree(@"LtInfo.Common\GdalOgr\SampleFileGeodatabaseWith2FeatureClasses.gdb.zip");
// Act
// ---
const int totalMilliseconds = 110000;
const string pathToOgrInfoExecutable = @"C:\Program Files\GDAL\ogrinfo.exe";
var result = OgrInfoCommandLineRunner.GetFeatureClassNamesFromFileGdb(new FileInfo(pathToOgrInfoExecutable), gdbFileInfo, totalMilliseconds);
var result2 = OgrInfoCommandLineRunner.GetFeatureClassNamesFromFileGdb(new FileInfo(pathToOgrInfoExecutable), gdbFileInfoWith2FeatureClasses, totalMilliseconds);
// Assert
// ------
Assert.That(result, Is.EquivalentTo(new List <string> {
"MySampleFeatureClass"
}), "Should return list of features");
Assert.That(result2, Is.EquivalentTo(new List <string> {
"FairviewProjectAreas", "TahoeParcelTreatments"
}), "Should return list of features");
}
