public void GivenPropeties_ShouldReturnAllCombinations()
{
var collection = new List <List <IKAnonimization> >();
var algoFactory = new AlgorithmsEnumerator(2, null, _pidProperties);
foreach (var prop in algoFactory)
{
collection.Add(prop);
}
Assert.IsTrue(collection.Count == (1 << _pidProperties.Length));
}
public KCombinedAnonimization(int parameterK, List <List <string> > jobDictionary,
List <List <string> > cityDictionary, params Expression <Func <Person, object> >[] pidProperties)
{
ParameterK = parameterK;
_expressions = pidProperties.ToList();
_properties = pidProperties.Select(x => x.Compile()).ToList();
_algorithmsEnumerator = new AlgorithmsEnumeratorBuilder()
.SetMaximumKParameter(100)
.SetPID(pidProperties)
.AddDictionary(p => p.City, cityDictionary)
.AddDictionary(p => p.Job, jobDictionary)
.Build();
}
public void GivenPropeties_ShouldReturnAllCombinationsUsingWhileLoop()
{
var collection = new List <List <IKAnonimization> >();
var algoFactory = new AlgorithmsEnumerator(2, null, _pidProperties);
using (var algosIterator = algoFactory.GetEnumerator())
{
while (algosIterator.MoveNext())
{
collection.Add(algosIterator.Current);
}
}
Assert.IsTrue(collection.Count == (1 << _pidProperties.Length));
}
public AKAnonimization(int parameterK, double parameterAlpha, string attributeValue, List <List <string> > jobDictionary,
List <List <string> > cityDictionary, Expression <Func <Person, object> > selectedAttribute,
params Expression <Func <Person, object> >[] pidProperties)
{
ParameterK = parameterK;
ParameterAlpha = parameterAlpha;
AttributeValue = attributeValue;
_expressions = pidProperties.ToList();
_properties = pidProperties.Select(x => x.Compile()).ToList();
_selectedAttributeExpression = selectedAttribute;
_selectedAttributeProperty = selectedAttribute.Compile();
_algorithmsEnumerator = new AlgorithmsEnumeratorBuilder()
.SetMaximumKParameter(100)
.SetPID(pidProperties)
.AddDictionary(p => p.City, cityDictionary)
.AddDictionary(p => p.Job, jobDictionary)
.Build();
}
public KEAnonimization(int parameterK, int parameterE,
List <List <string> > jobDictionary, List <List <string> > cityDictionary,
IEnumerable <Expression <Func <Person, object> > > pid,
Expression <Func <Person, object> > anonymyzedProperty)
{
ParameterK = parameterK;
ParameterE = parameterE;
_xExpressions = pid.ToList();
_xProperties = pid.Select(p => p.Compile()).ToList();
_anonymyzedExpression = anonymyzedProperty;
_anonymyzedProperty = anonymyzedProperty.Compile();
_algorithmsEnumerator = new AlgorithmsEnumeratorBuilder()
.SetMaximumKParameter(100)
.SetPID(pid.ToArray())
.AddDictionary(p => p.City, cityDictionary)
.AddDictionary(p => p.Job, jobDictionary)
.Build();
}
public XYAnonimization(int parameterK, List <List <string> > jobDictionary,
List <List <string> > cityDictionary, IEnumerable <Expression <Func <Person, object> > > xProperties,
IEnumerable <Expression <Func <Person, object> > > yProperties)
{
ParameterK = parameterK;
_xExpressions = xProperties.ToList();
_xProperties = xProperties.Select(x => x.Compile()).ToList();
_yExpressions = yProperties.ToList();
_yProperties = yProperties.Select(x => x.Compile()).ToList();
if (_yExpressions.Intersect(_xExpressions, new ExpressionEqualityComparer()).Any())
{
throw new Exception("X and Y sets have to be disjoint");
}
_algorithmsEnumerator = new AlgorithmsEnumeratorBuilder()
.SetMaximumKParameter(100)
.SetPID(_xExpressions.ToArray())
.AddDictionary(p => p.City, cityDictionary)
.AddDictionary(p => p.Job, jobDictionary)
.Build();
}
public AlgorithmsEnumerator Build()
{
var enumerator = new AlgorithmsEnumerator(_maxKParameter, _dictionaries, _pidProperties);
return(enumerator);
}