public void ShouldReturnNegativeOneOnNotFound()
{
fieldMetaData = new FieldMetaData(null, fieldTypes);
var actual = fieldMetaData.IndexOf(Terms.scientificName);
Assert.Equal(-1, actual);
}
private void Ascending(IFieldMetaData fieldsMetaData)
{
var license = fieldsMetaData[Terms.license];
var modified = fieldsMetaData[Terms.modified];
var taxonomicStatus = fieldsMetaData[Terms.taxonomicStatus];
var scientificNameAuthorship = fieldsMetaData[Terms.scientificNameAuthorship];
var taxonRank = fieldsMetaData[Terms.taxonRank];
var infraspecificEpithet = fieldsMetaData[Terms.infraspecificEpithet];
var specificEpithet = fieldsMetaData[Terms.specificEpithet];
var subgenus = fieldsMetaData[Terms.subgenus];
var genus = fieldsMetaData[Terms.genus];
var family = fieldsMetaData[Terms.family];
var order = fieldsMetaData[Terms.order];
var @class = fieldsMetaData[Terms.@class];
var higherClassification = fieldsMetaData[Terms.higherClassification];
var nameAccordingTo = fieldsMetaData[Terms.nameAccordingTo];
var parentNameUsage = fieldsMetaData[Terms.parentNameUsage];
var acceptedNameUsage = fieldsMetaData[Terms.acceptedNameUsage];
var scientificName = fieldsMetaData[Terms.scientificName];
var nameAccordingToID = fieldsMetaData[Terms.nameAccordingToID];
var parentNameUsageID = fieldsMetaData[Terms.parentNameUsageID];
var acceptedNameUsageID = fieldsMetaData[Terms.acceptedNameUsageID];
var taxonID = fieldsMetaData[Terms.taxonID];
var bibliographicCitation = fieldsMetaData[Terms.bibliographicCitation];
var references = fieldsMetaData[Terms.references];
}
public IRow CreateRow(IEnumerable <string> fields, IFieldMetaData fieldMetaData)
{
switch (rowStrategy)
{
case RowStrategy.Greedy: return(new GreedyRow(fields, fieldMetaData));
case RowStrategy.Lazy:
default: return(new LazyRow(fields, fieldMetaData));
}
}
//issue#51
public void ShouldReturnListOfDefaultFields()
{
var idField = new IdFieldType()
{
Index = 0,
IndexSpecified = true
};
fieldMetaData = new FieldMetaData(idField, fieldTypes);
Assert.NotEmpty(fieldMetaData.Where(n => !n.IndexSpecified));
}
//issue#51
public void ShouldReturnDefaultField()
{
var idField = new IdFieldType()
{
Index = 0,
IndexSpecified = true
};
fieldMetaData = new FieldMetaData(idField, fieldTypes);
Assert.NotNull(fieldMetaData[Terms.accessRights]);
}
//issue#12
public void ShouldNotCreateDuplicateIdFields()
{
var idField = new IdFieldType()
{
Index = 1,
IndexSpecified = true
};
fieldMetaData = new FieldMetaData(idField, fieldTypes);
Assert.Equal(3, fieldMetaData.Count());
}
public void ShouldReturnCount3WithId()
{
var idField = new IdFieldType()
{
Index = 0,
IndexSpecified = true
};
fieldMetaData = new FieldMetaData(idField, fieldTypes);
Assert.Equal(4, fieldMetaData.Count());
}
//issue#51
public void ShouldEnumerateAllFields()
{
var idField = new IdFieldType()
{
Index = 0,
IndexSpecified = true
};
fieldMetaData = new FieldMetaData(idField, fieldTypes);
Assert.Equal(4, fieldMetaData.Count());
}
public LazyRow(IEnumerable <string> fields, IFieldMetaData fieldMetaData)
{
this.fields = fields;
this.FieldMetaData = fieldMetaData;
}
public GreedyRow(IEnumerable <string> fields, IFieldMetaData fieldMetaData)
{
this.fields = fields.ToArray(fieldMetaData.Length);
this.FieldMetaData = fieldMetaData;
}
public void ShouldReturn2For_acceptedNameUsageID()
{
fieldMetaData = new FieldMetaData(null, fieldTypes);
Assert.Equal(2, fieldMetaData.IndexOf(Terms.acceptedNameUsageID));
}
