public void ShouldBuildMetaFile()
{
var context = new BuilderContext(".");
var fieldsMetaDataBuilder = FieldsMetaDataBuilder.Fields()
.AutomaticallyIndex()
.AddField(_ => _.Term(Terms.identificationID))
.AddField(_ => _.Term(Terms.scientificName));
var coreFile = CoreFileMetaDataBuilder.File("taxon.txt")
.Encoding(Encoding.UTF8)
.Index(0)
.RowType(RowTypes.Taxon)
.AddFields(fieldsMetaDataBuilder);
var extensionFieldsBuilder = FieldsMetaDataBuilder.Fields()
.AutomaticallyIndex()
.AddField(_ => _.Term(Terms.identificationID))
.AddField(_ => _.Term(Terms.sampleSizeValue));
var extensionFile = ExtensionFileMetaDataBuilder.File("occurrent.txt")
.CoreIndex(0)
.RowType(RowTypes.Occurrence)
.AddFields(extensionFieldsBuilder);
ArchiveMetaDataBuilder.CoreFile(coreFile)
.Context(context)
.AddExtension(extensionFile)
.Serialize();
}
public void ShouldBuildArchiveFromExistingFile()
{
var fieldMetaDataBuilder = FieldsMetaDataBuilder.Fields()
.AutomaticallyIndex()
.AddField(_ => _.Term(Terms.taxonID))
.AddField(_ => _.Term(Terms.vernacularName))
.AddField(_ => _.Term(Terms.language));
var fileMetaData = CoreFileMetaDataBuilder.File("taxon.txt")
.FieldsEnclosedBy("\"")
.FieldsTerminatedBy(",")
.LinesTerminatedBy("\\n")
.IgnoreHeaderLines(1)
.Encoding(Encoding.UTF8)
.Index(0)
.RowType(RowTypes.Taxon)
.AddFields(fieldMetaDataBuilder);
var fileBuider = FileBuilder.MetaData(fileMetaData)
.UseExistingFile("./resources/whales/whales.txt");
ArchiveWriter.CoreFile(fileBuider, fileMetaData)
.Build("whales.zip");
Assert.True(File.Exists("whales.zip"));
using (var archive = new ArchiveReader("whales.zip"))
{
var whales = archive.CoreFile
.DataRows
.Select(n => n[Terms.vernacularName]);
Assert.Equal(new[] { "sperm whale", "cachalot", "gray whale" }, whales);
}
}
public void ShouldBuildFieldMetaDataArray()
{
var fieldsMetaData = FieldsMetaDataBuilder.Fields()
.AddField(_ => _.Index(0).Term(Terms.identificationID))
.AddField(_ => _.Index(1).Term(Terms.scientificName))
.Build();
Assert.NotEmpty(fieldsMetaData);
}
public void ShouldBuildFieldMetaDataArrayWithIndexAndDefault()
{
var fieldsMetaData = FieldsMetaDataBuilder.Fields()
.AddField(_ => _.Term(Terms.geodeticDatum).Default("WGS84"))
.AutomaticallyIndex()
.AddField(_ => _.Term(Terms.identificationID))
.AddField(_ => _.Term(Terms.scientificName))
.Build();
Assert.Equal(3, fieldsMetaData.Length);
var fieldsMetaData1 = new FieldMetaData(null, fieldsMetaData);
Assert.Equal(3, fieldsMetaData1.Length);
}
public void Setup()
{
Random rand = new Random();
sequence = Enumerable.Range(0, fields.Length - 1)
.OrderBy(n => rand.Next())
.ToArray();
var metaData = FieldsMetaDataBuilder.Fields()
.AutomaticallyIndex()
.AddField(_ => _.Term("id"))
.AddField(_ => _.Term(Terms.taxonID))
.AddField(_ => _.Term(Terms.acceptedNameUsageID))
.AddField(_ => _.Term(Terms.parentNameUsageID))
.AddField(_ => _.Term(Terms.nameAccordingToID))
.AddField(_ => _.Term(Terms.scientificName))
.AddField(_ => _.Term(Terms.acceptedNameUsage))
.AddField(_ => _.Term(Terms.parentNameUsage))
.AddField(_ => _.Term(Terms.nameAccordingTo))
.AddField(_ => _.Term(Terms.higherClassification))
.AddField(_ => _.Term(Terms.@class))
.AddField(_ => _.Term(Terms.order))
.AddField(_ => _.Term(Terms.family))
.AddField(_ => _.Term(Terms.genus))
.AddField(_ => _.Term(Terms.subgenus))
.AddField(_ => _.Term(Terms.specificEpithet))
.AddField(_ => _.Term(Terms.infraspecificEpithet))
.AddField(_ => _.Term(Terms.taxonRank))
.AddField(_ => _.Term(Terms.scientificNameAuthorship))
.AddField(_ => _.Term(Terms.taxonomicStatus))
.AddField(_ => _.Term(Terms.modified))
.AddField(_ => _.Term(Terms.license))
.AddField(_ => _.Term(Terms.bibliographicCitation))
.AddField(_ => _.Term(Terms.references))
.Build();
var coreFileType = new CoreFileType();
foreach (var m in metaData)
{
coreFileType.Field.Add(m);
}
var defaultFactory = new DefaultFactory();
fileMetaData = defaultFactory.CreateCoreMetaData(coreFileType);
rowFactory = defaultFactory.CreateRowFactory();
}
public void Setup()
{
metaData = FieldsMetaDataBuilder.Fields()
.AutomaticallyIndex()
.AddField(_ => _.Term("id"))
.AddField(_ => _.Term(Terms.taxonID))
.AddField(_ => _.Term(Terms.acceptedNameUsageID))
.AddField(_ => _.Term(Terms.parentNameUsageID))
.AddField(_ => _.Term(Terms.nameAccordingToID))
.AddField(_ => _.Term(Terms.scientificName))
.AddField(_ => _.Term(Terms.acceptedNameUsage))
.AddField(_ => _.Term(Terms.parentNameUsage))
.AddField(_ => _.Term(Terms.nameAccordingTo))
.AddField(_ => _.Term(Terms.higherClassification))
.AddField(_ => _.Term(Terms.@class))
.AddField(_ => _.Term(Terms.order))
.AddField(_ => _.Term(Terms.family))
.AddField(_ => _.Term(Terms.genus))
.AddField(_ => _.Term(Terms.subgenus))
.AddField(_ => _.Term(Terms.specificEpithet))
.AddField(_ => _.Term(Terms.infraspecificEpithet))
.AddField(_ => _.Term(Terms.taxonRank))
.AddField(_ => _.Term(Terms.scientificNameAuthorship))
.AddField(_ => _.Term(Terms.taxonomicStatus))
.AddField(_ => _.Term(Terms.modified))
.AddField(_ => _.Term(Terms.license))
.AddField(_ => _.Term(Terms.bibliographicCitation))
.AddField(_ => _.Term(Terms.references))
.Build();
coreFileType = new CoreFileType();
foreach (var m in metaData)
{
coreFileType.Field.Add(m);
}
defaultFactory = new DefaultFactory();
}
