public static graphmltype GetGraphMLDocument([NotNull] DatasetDependencyGraph graph,
bool includeModelNodes = true)
{
var keys = new List <keytype>
{
CreateKey(_keyNodeLabel, "Label", keyfortype.node),
CreateKey(_keyGeometryType, "GeometryType", keyfortype.node),
CreateKey(_keyModelName, "Model", keyfortype.node),
CreateKey(_keyEdgeLabel, "Label", keyfortype.edge),
CreateKey(_keyQualityCondition, "QualityCondition", keyfortype.edge),
CreateKey(_keyFromDataset, "FromDataset", keyfortype.edge),
CreateKey(_keyToDataset, "ToDataset", keyfortype.edge),
CreateKey(_keyFromFilterExpression, "FromFilterExpression",
keyfortype.edge),
CreateKey(_keyToFilterExpression, "ToFilterExpression", keyfortype.edge),
CreateKey(_keyFromParameter, "FromParameter", keyfortype.edge),
CreateKey(_keyToParameter, "ToParameter", keyfortype.edge),
CreateKey(_keyIssueType, "IssueType", keyfortype.edge),
CreateKey(_keyStopCondition, "IsStopCondition", keyfortype.edge,
"boolean"),
CreateKey(_keyCategory, "Category", keyfortype.edge),
CreateKey(_keyTest, "Test", keyfortype.edge)
};
var rootItems = new List <object>();
rootItems.AddRange(graph.DatasetDependencies.Select(CreateEdge).Cast <object>());
if (includeModelNodes)
{
rootItems.AddRange(graph.ModelNodes.Select(CreateModelNode).Cast <object>());
}
else
{
rootItems.AddRange(
graph.DatasetNodes.Select(
node => CreateDatasetNode(node, useQualifiedLabel: true))
.Cast <object>());
}
var mlgraph = new graphtype
{
edgedefault = graphedgedefaulttype.directed,
Items = rootItems.ToArray()
};
var document = new graphmltype
{
key = keys.ToArray(),
Items = new object[] { mlgraph }
};
document.desc = graph.Description;
return(document);
}
public static DatasetDependencyGraph GetGraph(
[NotNull] IEnumerable <QualitySpecification> qualitySpecifications,
bool exportBidirectionalDependenciesAsUndirectedEdges = false,
bool includeSelfDependencies = false)
{
Assert.ArgumentNotNull(qualitySpecifications, nameof(qualitySpecifications));
QualitySpecification union = Union(qualitySpecifications);
var result = new DatasetDependencyGraph(GetDatasets(union), union.Name);
foreach (QualitySpecificationElement element in union.Elements)
{
QualityCondition qualityCondition = element.QualityCondition;
List <DatasetTestParameterValue> datasetTestParameterValues =
GetDatasetTestParameterValues(qualityCondition).ToList();
for (var i = 0; i < datasetTestParameterValues.Count; i++)
{
DatasetTestParameterValue value1 = datasetTestParameterValues[i];
if (value1.DatasetValue == null)
{
continue;
}
int startIndex = exportBidirectionalDependenciesAsUndirectedEdges
? i + 1 // half matrix
: 0; // full matrix
for (int j = startIndex; j < datasetTestParameterValues.Count; j++)
{
if (i == j)
{
continue;
}
DatasetTestParameterValue value2 = datasetTestParameterValues[j];
if (value2.DatasetValue == null)
{
continue;
}
if (!includeSelfDependencies &&
Equals(value1.DatasetValue, value2.DatasetValue))
{
// dependency between same dataset (but different parameter indexes), ignore
continue;
}
if (value1.UsedAsReferenceData)
{
// no dependency from value1 to value2
continue;
}
if (value1.TestParameterName == value2.TestParameterName)
{
if (ExcludeDependenciesWithinMultiValuedParameter(qualityCondition,
value1
.TestParameterName)
)
{
continue;
}
}
bool directed;
if (exportBidirectionalDependenciesAsUndirectedEdges)
{
// if (value2 is used as reference data: the dependency is directed)
directed = value2.UsedAsReferenceData;
}
else
{
// always directed (bidirectional dependencies represented as two directed dependencies)
directed = true;
}
result.AddDependency(element,
value1.DatasetValue, value2.DatasetValue,
value1.TestParameterName, value2.TestParameterName,
value1.FilterExpression, value2.FilterExpression,
directed);
}
}
}
return(result);
}