public void Evaluate_Redirect_1()
{
const int EXPECTED_RESULT = 3;
const ushort MAX_VALUE = ushort.MaxValue;
var slicer = new Mock <ISlicer>();
var secondary = new Mock <IRowValleyOptimizer>();
var optimizer = new MatrixOptimizer(slicer.Object, secondary.Object);
const int OTHER = 1;
var stats = new MatrixRowSummary
{
SelfPercent = null,
Row = OTHER,
Clusters = new[] {
new ValueCluster {
Value = MAX_VALUE,
First = EXPECTED_RESULT,
NoOfTimes = 1,
}
},
NoOfStates = 2,
NoOfNonZeroPercents = 1,
NoOfZeroPercents = 1
};
var result = optimizer.Evaluate(MAX_VALUE, stats);
Assert.AreEqual(SolutionType.Redirect, result.Approach);
Assert.AreEqual(EXPECTED_RESULT, result.Branch);
}
public void Evaluate_NoOperation()
{
var stats = new MatrixRowSummary
{
NoOfStates = 4,
NoOfZeroPercents = 4
};
const ushort ROW_DENOMINATOR = 0;
var slicer = new Mock <ISlicer>();
var secondary = new Mock <IRowValleyOptimizer>();
var optimizer = new MatrixOptimizer(slicer.Object, secondary.Object);
var result = optimizer.Evaluate(ROW_DENOMINATOR, stats);
Assert.AreEqual(SolutionType.NoOperation, result.Approach);
}
public void Evaluate_Unoptimized_0()
{
const int PERCENT_0 = 60;
const int PERCENT_1 = 35;
const int PERCENT_2 = 3;
const int PERCENT_3 = 2;
var stats = new MatrixRowSummary
{
SelfPercent = PERCENT_0,
NoOfStates = 4,
NoOfNonZeroPercents = 4,
NoOfZeroPercents = 0,
Clusters = new ValueCluster[] {
new ValueCluster
{
Value = PERCENT_0,
},
new ValueCluster
{
Value = PERCENT_1,
},
new ValueCluster
{
Value = PERCENT_2,
},
new ValueCluster
{
Value = PERCENT_3,
},
},
};
const ushort MAX_PROBABILITY = 100;
var slicer = new Mock <ISlicer>();
var secondary = new Mock <IRowValleyOptimizer>();
var optimizer = new MatrixOptimizer(slicer.Object, secondary.Object);
var result = optimizer.Evaluate(MAX_PROBABILITY, stats);
Assert.AreEqual(SolutionType.Unoptimized, result.Approach);
}
