public void It_Should_Throw_A_RequirementInvalidException_Given_An_Invalid_Requirement()
{
void CreateInvalidRequirement()
{
var invalidRequirement = new ActiveNeighbourRequirement(new HashSet <int> {
-1, 10
});
}
Assert.Throws(Is.TypeOf <RequirementInvalidException>(), CreateInvalidRequirement);
}
public static Rule GetOvercrowdingRule()
{
var cellAliveRequirement = new InitialStateRequirement(new HashSet <CellState> {
CellState.Alive
});
var moreThanThreeNeighboursRequirement = new ActiveNeighbourRequirement(new HashSet <int> {
4, 5, 6, 7, 8
});
var requirements = new List <IRequirement> {
cellAliveRequirement, moreThanThreeNeighboursRequirement
};
return(new Rule(requirements, CellState.Dead));
}
public void Setup()
{
var overcrowdingRule = RuleCreator.GetOvercrowdingRule();
var cellAliveRequirement = new InitialStateRequirement(new HashSet <CellState> {
CellState.Alive
});
var eightNeighboursRequirement = new ActiveNeighbourRequirement(new HashSet <int> {
8
});
var superOvercrowdingRequirements = new List <IRequirement> {
cellAliveRequirement, eightNeighboursRequirement
};
var superOvercrowdingRule = new Rule(superOvercrowdingRequirements, CellState.Alive);
var rules = new Dictionary <int, Rule>
{
{ 1, superOvercrowdingRule },
{ 2, overcrowdingRule }
};
_ruleSet = new RuleSet(rules);
}
public void Setup()
{
_fourOrMoreActiveNeighboursRequirement = new ActiveNeighbourRequirement(new HashSet <int> {
4, 5, 6, 7, 8
});
}