public void ParseGpsDirectory_ValidDirectory_LatLongMetadata()
{
var gpsDirectory = new GpsDirectory();
var photo = new Photo("");
var gpsReference = "N";
var gpsRationalArr = new Rational[3]
{
new Rational(1, 1),
new Rational(60, 1),
new Rational(3600, 1)
};
gpsDirectory.Set(GpsDirectory.TagLatitudeRef, gpsReference);
gpsDirectory.Set(GpsDirectory.TagLatitude, gpsRationalArr);
gpsDirectory.Set(GpsDirectory.TagLongitudeRef, gpsReference);
gpsDirectory.Set(GpsDirectory.TagLongitude, gpsRationalArr);
gpsDirectory.Parse(photo);
var actualLatitude = photo.Latitude;
var actualLongitude = photo.Longitude;
var expectedLatitude = MetadataConverter.DegreesMinutesSecondsToDecimalDegrees(gpsRationalArr, gpsReference);
var expectedLongitude = MetadataConverter.DegreesMinutesSecondsToDecimalDegrees(gpsRationalArr, gpsReference);
Assert.Equal(expectedLatitude, actualLatitude);
Assert.Equal(expectedLongitude, actualLongitude);
}
/// <summary>Parses <see cref="ExifSubIfdDirectory" /> metadata and saves it to the <see cref="Photo" />.</summary>
/// <param name="directory">Directory containing the F-number, ISO, shutter speed, datetime original and focal length metadata.</param>
/// <param name="photo">Photo object used for storing metadata.</param>
public static void Parse(this ExifSubIfdDirectory directory, Photo photo)
{
if (directory is null || photo is null)
{
return;
}
if (directory.TryGetSingle(ExifDirectoryBase.TagFNumber, out var fNum))
{
photo.FNumber = fNum;
}
if (directory.TryGetInt16(ExifDirectoryBase.TagIsoEquivalent, out var iso))
{
photo.Iso = iso;
}
if (directory.TryGetSingle(ExifDirectoryBase.TagShutterSpeed, out var apexValue))
{
photo.ShutterSpeed = MetadataConverter.ComputeShutterSpeed(apexValue);
}
if (directory.TryGetDateTime(ExifDirectoryBase.TagDateTimeOriginal, out var dateTimeOriginal))
{
photo.DateTimeOriginal = dateTimeOriginal;
}
if (directory.TryGetSingle(ExifDirectoryBase.TagFocalLength, out var focalLength))
{
photo.FocalLength = focalLength;
}
}
/// <summary>Parses <see cref="GpsDirectory" /> metadata and saves it to the <see cref="Photo" />.</summary>
/// <param name="directory">Directory containing the GPS metadata.</param>
/// <param name="photo">Photo object used for storing metadata.</param>
public static void Parse(this GpsDirectory directory, Photo photo)
{
if (directory is null || photo is null)
{
return;
}
var gpsLatRef = directory.GetString(GpsDirectory.TagLatitudeRef);
var gpsLat = directory.GetRationalArray(GpsDirectory.TagLatitude);
var gpsLonRef = directory.GetString(GpsDirectory.TagLongitudeRef);
var gpsLon = directory.GetRationalArray(GpsDirectory.TagLongitude);
var latitude = MetadataConverter.DegreesMinutesSecondsToDecimalDegrees(gpsLat, gpsLatRef);
var longitude = MetadataConverter.DegreesMinutesSecondsToDecimalDegrees(gpsLon, gpsLonRef);
photo.Latitude = latitude;
photo.Longitude = longitude;
// if we cannot get both the altitude and its reference, do not save anything
if (directory.TryGetByte(GpsDirectory.TagAltitudeRef, out var gpsAltBit) &&
directory.TryGetInt16(GpsDirectory.TagAltitude, out var gpsAlt))
{
photo.AltitudeReference = gpsAltBit == 0 ? "Sea level" : "Below sea level";
photo.Altitude = gpsAlt;
}
}
public void ComputeShutterSpeed_GreaterThanOneValue()
{
var expected = "1/4 sec"; // exp(2 * log(2)) = 4
var actual = MetadataConverter.ComputeShutterSpeed(2);
Assert.Equal(expected, actual);
}
public void ComputeGpsDmsToDecimalDegrees_InvalidDms()
{
var degMinSec = new Rational[2];
var actual = MetadataConverter.DegreesMinutesSecondsToDecimalDegrees(degMinSec, "");
Assert.Null(actual);
}
public Metadata GetForTargetAssembly(string path)
{
if (!File.Exists(path))
{
return(null);
}
using (var session = _provider.GetMetadata(GetAssemblies(path)))
return(MetadataConverter.ConvertMetadata(session));
}
public void ComputeGpsDmsToDecimalDegrees_ValidDms_InvalidGpsReference()
{
var degMinSec = new Rational[3];
degMinSec[0] = new Rational(1, 1); // 1
degMinSec[1] = new Rational(60, 1); // 60
degMinSec[2] = new Rational(3600, 1); // 3600
Assert.Throws <ArgumentException>(() => MetadataConverter.DegreesMinutesSecondsToDecimalDegrees(degMinSec, "A"));
}
public void Convert_v0_1_0alpha4_ConvertsProperly()
{
Models.v0_1.Metadata input =
new Models.v0_1.Metadata();
var sut = new MetadataConverter();
var actual = sut.Convert(input);
Assert.IsType <Models.v0_1.Metadata>(actual);
}
public void ComputeShutterSpeed_LessOrEqualToOneValue()
{
// Align the data formatting for testing
Thread.CurrentThread.CurrentCulture = CultureInfo.GetCultureInfo("en-US");
var expected = "0.5 sec"; // round((1 / exp(1 * log(2))) * 10) / 10 = 0.5
var actual = MetadataConverter.ComputeShutterSpeed(1);
Assert.Equal(expected, actual);
}
public void Convert_v0_1_0alpha3Nulls_ConvertsProperly()
{
Models.v0_1_0alpha3.Metadata input =
new Models.v0_1_0alpha3.Metadata();
input.File.CreationDate = "2020-01-01";
var sut = new MetadataConverter();
var actual = sut.Convert(input);
Assert.IsType <Models.v0_2.Metadata>(actual);
}
public void ComputeGpsDmsToDecimalDegrees_ValidDms_SouthGpsReference()
{
var degMinSec = new Rational[3];
degMinSec[0] = new Rational(1, 1); // 1
degMinSec[1] = new Rational(60, 1); // 60
degMinSec[2] = new Rational(3600, 1); // 3600
var expected = -3.0; // -1 * (1 + 60/60 + 3600/3600) = -3.0
var actual = MetadataConverter.DegreesMinutesSecondsToDecimalDegrees(degMinSec, "S");
Assert.Equal(expected, actual);
}
public void Write(MetadataSerializer serializer, Utf8JsonWriter writer, object value, IEnumerable <string> valuePath, RendererContext context)
{
writer.WriteString("type", "object");
writer.WriteString("extendedType", MetadataConverter.GetFullName(value.GetType()));
var dict = value as Dictionary <TKey, TValue>;
writer.WriteStartObject("children");
foreach (var kv in dict)
{
writer.WriteStartObject(kv.Key.ToString());
serializer.Serialize(writer, kv.Value, valuePath, context);
writer.WriteEndObject();
}
writer.WriteEndObject();
}
private void UpdateXsltMetadata()
{
DataTable MapTable = null;
string MetadataText = string.Empty;
// Get Area_Map Metadata Table
MapTable = this.DBConnection.ExecuteDataTable(this.DBQueries.Xslt.GetXSLT(FilterFieldType.Search, XSLT.XSLTText + " IS NOT NULL OR " + XSLT.XSLTText + " <> '' "));
foreach (DataRow Row in MapTable.Rows)
{
MetadataText = Convert.ToString(Row[XSLT.XSLTText]);
if (!string.IsNullOrEmpty(MetadataText))
{
MetadataText = MetadataConverter.ConvertXml(MetadataText);
// Update IndicatorClassificationInfo(Metadata)
this.DBConnection.ExecuteNonQuery(DevInfo.Lib.DI_LibDAL.Queries.Xslt.Update.UpdateXSLT(this.DBQueries.DataPrefix, DICommon.RemoveQuotes(MetadataText), Convert.ToString(Row[XSLT.XSLTFile])));
}
}
}
private void ConvertICMetadata()
{
DataTable ICTable = null;
string ICInfo = string.Empty;
// Get Indicator Metadata Table
ICTable = this.DBConnection.ExecuteDataTable(this.DBQueries.IndicatorClassification.GetICForSearch(FilterFieldType.Search, IndicatorClassifications.ICInfo + " IS NOT NULL AND " + IndicatorClassifications.ICInfo + " <> '' ", FieldSelection.Heavy));
// Update each Indicator Row where Metadata exists
foreach (DataRow Row in ICTable.Rows)
{
ICInfo = Convert.ToString(Row[IndicatorClassifications.ICInfo]);
if (!string.IsNullOrEmpty(ICInfo))
{
ICInfo = MetadataConverter.ConvertXml(ICInfo);
// Update IndicatorClassificationInfo(Source Metadata)
this.DBConnection.ExecuteNonQuery(DALQueries.IndicatorClassification.Update.UpdateICInfo(this.DBQueries.DataPrefix, this.DBQueries.LanguageCode, DICommon.RemoveQuotes(ICInfo), ICType.Source, Convert.ToInt32(Row[IndicatorClassifications.ICNId])));
}
}
}
public void Test1()
{
var fileSystem = new MockFileSystem();
var conv = new MetadataConverter(Encoding.UTF8, fileSystem);
var filePath = @"c:\Test\Metadata";
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var fileData = new MockFileData(data);
fileSystem.AddFile(filePath, fileData);
var b = fileSystem.File.Open(filePath, FileMode.Open);
var o = conv.RawToVcs(b);
o.Seek(0, SeekOrigin.Begin);
var b2 = conv.VcsToRaw(o);
for (var i = 0; i < data.Length; i++)
{
if (b2.ReadByte() != data[i])
{
throw new Exception(string.Format("Metadata from vcs is not correct at position {0}", i));
}
}
}
public void Setup()
{
_converter = new MetadataConverter();
}
public InMemoryCachedCrmMetaDataProvider(IEntityMetadataRepository repository)
{
_repository = repository;
this._metadataConverter = new MetadataConverter();
}
public void ComputeGpsDmsToDecimalDegrees_NullDms()
{
var actual = MetadataConverter.DegreesMinutesSecondsToDecimalDegrees(null, "S");
Assert.Null(actual);
}
public void Convert_v0_1_0alpha3WithVals_ConvertsProperly()
{
var creationDate = "2020-12-20";
var contactName = "TestUser";
var startDate = "1999-20-01";
var tempExtent = $"{startDate}/{startDate}";
List <string> expectedQC = new List <string>()
{
"Assurance",
"Point",
"Review"
};
Models.v0_1_0alpha3.Metadata input =
new Models.v0_1_0alpha3.Metadata()
{
File = new Models.v0_1_0alpha3.File()
{
CreationDate = creationDate
},
Dataset = new Models.v0_1_0alpha3.Dataset()
{
Zone = Models.v0_1_0alpha3.Zones.Production,
Project = "UnitTest",
Name = "Convert_v0_1_0alpha3WithVals_ConvertsProperly",
Description = "Pleh",
Format = "geotiff",
Contacts = new List <Models.v0_1_0alpha3.Person>()
{
new Models.v0_1_0alpha3.Person()
{
Name = contactName,
Email = "*****@*****.**",
Role = "Tool"
}
},
StartDate = startDate,
EndDate = startDate,
Variables = new List <Models.v0_1_0alpha3.Variable>()
{
new Models.v0_1_0alpha3.Variable()
{
Name = "value",
IsQCSpecified = false,
ProcessingLevel = Models.v0_1_0alpha3.ProcessingLevels.Calculated
},
new Models.v0_1_0alpha3.Variable()
{
Name = "value2",
IsQCSpecified = true,
QCApplied = new Models.v0_1_0alpha3.QCApplied()
{
Assurance = true,
Point = true,
Review = true
},
StartDate = startDate,
EndDate = startDate
}
}
}
};
var sut = new MetadataConverter();
Models.v0_2.Metadata actual = sut.Convert(input);
Assert.Equal(creationDate, actual.CreationDate.ToString());
Assert.Equal(contactName, actual.Dataset.Contacts[0].Name);
Assert.Equal(tempExtent, actual.Dataset.TemporalExtent);
Assert.False(actual.Dataset.Variables[0].IsQCSpecified);
Assert.Equal("Calculated", actual.Dataset.Variables[0].ProcessingLevel);
Assert.Equal(expectedQC, actual.Dataset.Variables[1].QCApplied);
Assert.Equal(tempExtent, actual.Dataset.Variables[1].TemporalExtent);
}
