public static void MaterializeCreatesListFromValidJson()
{
const string expectedKey = "some key";
// Materializer should be able to handle inefficient terms + terms_stats combination
var facets = JObject.Parse(
"{ \"GroupKey\": { \"_type\": \"filter\", \"count\": 77 }," +
" \"unitsInStock\": { \"_type\": \"statistical\", \"count\": 77, \"total\": 3119.0, \"max\": 125.0 } }");
var materializer = new ListTermlessFacetsElasticMaterializer(defaultMaterializer, typeof(AggregateRow), expectedKey);
var actual = materializer.Materialize(new ElasticResponse {
facets = facets
});
var actualList = Assert.IsType <List <AggregateRow> >(actual);
Assert.Single(actualList);
var statisticalRow = Assert.IsType <AggregateStatisticalRow>(actualList[0]);
Assert.Equal(expectedKey, statisticalRow.Key);
Assert.Equal(77, statisticalRow.GetValue("GroupKey", "count", typeof(int)));
Assert.Equal(3119.0d, statisticalRow.GetValue("unitsInStock", "total", typeof(double)));
Assert.Equal(125.0d, statisticalRow.GetValue("unitsInStock", "max", typeof(double)));
}
public static void ConstructorSetsElementType()
{
var expectedElementType = typeof(SampleClass);
var materializer = new ListTermlessFacetsElasticMaterializer(defaultMaterializer, expectedElementType, "hello");
Assert.Same(expectedElementType, materializer.ElementType);
}
public static void ConstructorSetsElementType()
{
var expectedElementType = typeof(SampleClass);
var materializer = new ListTermlessFacetsElasticMaterializer(defaultMaterializer, expectedElementType, "hello");
Assert.Same(expectedElementType, materializer.ElementType);
}
public static void MaterializeCreatesEmptyListIfFacetsIsEmpty()
{
var materializer = new ListTermlessFacetsElasticMaterializer(defaultMaterializer, typeof(SampleClass), "");
var actual = materializer.Materialize(new ElasticResponse { facets = new JObject() });
var actualList = Assert.IsType<List<SampleClass>>(actual);
Assert.Empty(actualList);
}
public void MaterializeWithNoFacetsReturnsBlankList()
{
var materializer = new ListTermlessFacetsElasticMaterializer(r => r, typeof(SampleClass), typeof(string));
var response = new ElasticResponse { facets = new JObject() };
var actual = materializer.Materialize(response);
var actualList = Assert.IsType<List<SampleClass>>(actual);
Assert.Empty(actualList);
}
public static void MaterializeCreatesEmptyListIfFacetsIsEmpty()
{
var materializer = new ListTermlessFacetsElasticMaterializer(defaultMaterializer, typeof(SampleClass), "");
var actual = materializer.Materialize(new ElasticResponse {
facets = new JObject()
});
var actualList = Assert.IsType <List <SampleClass> >(actual);
Assert.Empty(actualList);
}
public void MaterializeWithNoFacetsReturnsBlankList()
{
var materializer = new ListTermlessFacetsElasticMaterializer(r => r, typeof(SampleClass), typeof(string));
var response = new ElasticResponse {
facets = new JObject()
};
var actual = materializer.Materialize(response);
var actualList = Assert.IsType <List <SampleClass> >(actual);
Assert.Empty(actualList);
}
public static void MaterializeCreatesListFromValidJson()
{
const string expectedKey = "some key";
// Materializer should be able to handle inefficient terms + terms_stats combination
var facets = JObject.Parse(
"{ \"GroupKey\": { \"_type\": \"filter\", \"count\": 77 }," +
" \"unitsInStock\": { \"_type\": \"statistical\", \"count\": 77, \"total\": 3119.0, \"max\": 125.0 } }");
var materializer = new ListTermlessFacetsElasticMaterializer(defaultMaterializer, typeof(AggregateRow), expectedKey);
var actual = materializer.Materialize(new ElasticResponse { facets = facets });
var actualList = Assert.IsType<List<AggregateRow>>(actual);
Assert.Single(actualList);
var statisticalRow = Assert.IsType<AggregateStatisticalRow>(actualList[0]);
Assert.Equal(expectedKey, statisticalRow.Key);
Assert.Equal(77, statisticalRow.GetValue("GroupKey", "count", typeof(int)));
Assert.Equal(3119.0d, statisticalRow.GetValue("unitsInStock", "total", typeof(double)));
Assert.Equal(125.0d, statisticalRow.GetValue("unitsInStock", "max", typeof(double)));
}
public static void Materialize_GuardClauses()
{
var materializer = new ListTermlessFacetsElasticMaterializer(defaultMaterializer, typeof(SampleClass), "");
Assert.Throws <ArgumentNullException>(() => materializer.Materialize(null));
}
public static void Materialize_GuardClauses()
{
var materializer = new ListTermlessFacetsElasticMaterializer(defaultMaterializer, typeof(SampleClass), "");
Assert.Throws<ArgumentNullException>(() => materializer.Materialize(null));
}
public void MaterializeThrowsArgumentNullExceptionWhenElasticResponseIsNull()
{
var materializer = new ListTermlessFacetsElasticMaterializer(r => r, typeof(SampleClass), typeof(string));
Assert.Throws<ArgumentNullException>(() => materializer.Materialize(null));
}
public void MaterializeThrowsArgumentNullExceptionWhenElasticResponseIsNull()
{
var materializer = new ListTermlessFacetsElasticMaterializer(r => r, typeof(SampleClass), typeof(string));
Assert.Throws <ArgumentNullException>(() => materializer.Materialize(null));
}
