public void WhenParametersCollectionIsEmpty_JsonFormatter_ShouldNotSerializeParameters()
{
// Arrange.
var filter1 = new FilterMetadata();
var filter2 = new FilterMetadata { Parameters = { new FilterParameterMetadata() } };
// Act / Assert.
Assert.IsFalse(filter1.ShouldSerializeParameters());
Assert.IsTrue(filter2.ShouldSerializeParameters());
}
public void GetCurrentUserFilters_Returns_CurrentUserFilters()
{
// Arrange.
var filterInfo1 = CreateFilter(1, "Filter 1");
var filterInfo2 = CreateFilter(1, "Filter 2");
var filterInfo3 = CreateFilter(1, "Filter 3");
Mock.Arrange(() => _filterManager.GetCurrentUserFilters(ProcessName))
.Returns(() => new InfoList<IFilterInfo> { filterInfo1, filterInfo2, filterInfo3 });
Mock.Arrange(() => _filterManager.GetCurrentUserQuickFilters(ProcessName))
.Returns(() => new InfoList<IQuickFilterInfo> { CreateQuickFilter(QuickFilters.Default, 2), CreateQuickFilter(QuickFilters.Filter2, 3) });
var filterMetadata1 = new FilterMetadata { Id = 1 };
Mock.Arrange(() => _filterMetadataFactory.CreateFilterMetadata(filterInfo1, true, false)).Returns(filterMetadata1);
var filterMetadata2 = new FilterMetadata { Id = 2 };
Mock.Arrange(() => _filterMetadataFactory.CreateFilterMetadata(filterInfo2, true, false)).Returns(filterMetadata2);
var filterMetadata3 = new FilterMetadata { Id = 3 };
Mock.Arrange(() => _filterMetadataFactory.CreateFilterMetadata(filterInfo3, true, false)).Returns(filterMetadata3);
var searchUtils = CreateSearchUtils();
// Act.
var result = searchUtils.GetCurrentUserFilters(ProcessName).ToArray();
// Assert.
Assert.IsTrue(result.SequenceEqual(new[] { filterMetadata1, filterMetadata2, filterMetadata3 }));
Assert.AreEqual(QuickFilters.None, filterMetadata1.QuickFilter);
Assert.AreEqual(QuickFilters.Default, filterMetadata2.QuickFilter);
Assert.AreEqual(QuickFilters.Filter2, filterMetadata3.QuickFilter);
}
/// <summary>
/// Creates filter metadata.
/// </summary>
/// <param name="filter">
/// The filter.
/// </param>
/// <param name="includeParameters">
/// True to include parameter metadata; otherwise, false.
/// </param>
/// <param name="includeParameterValues">
/// True to include parameter values; otherwise, false.
/// </param>
/// <returns>
/// The <see cref="FilterMetadata"/>.
/// </returns>
public FilterMetadata CreateFilterMetadata(IFilterInfo filter, bool includeParameters, bool includeParameterValues)
{
var layoutId = filter.DefaultLayoutId > 0 ? (int?)filter.DefaultLayoutId : null;
var filterMetadata = new FilterMetadata { Id = filter.Id, Name = filter.Name, LayoutId = layoutId };
if (includeParameters)
{
var processMetadata = ProcessMetadataRepository.GetProcessMetadata(filter.ProcessSystemName);
var filterDescriptor = FilterDescriptorFactory.CreateFilterFromJSON(filter.FilterDefinition);
filterMetadata.Parameters.AddRange(
filterDescriptor.GetUdpDescriptors()
.Select(x => x.Value)
.OfType<FilterValue>()
.Select(filterValue => CreateParameterMetadata(processMetadata, filterValue, includeParameterValues)));
}
return filterMetadata;
}
public void GetFilterMetadata_Returns_FilterMetadata()
{
// Arrange.
var filterInfo = CreateFilter(FilterId);
var filterMetadata = new FilterMetadata();
Mock.Arrange(() => _filterManager.GetFilterInfo(FilterId)).Returns(filterInfo);
Mock.Arrange(() => _filterMetadataFactory.CreateFilterMetadata(filterInfo, true, true)).Returns(filterMetadata);
var searchUtils = CreateSearchUtils();
// Act.
var result = searchUtils.GetFilterMetadata(FilterId, true, true);
// Assert.
Assert.AreSame(filterMetadata, result);
}
