public void DoubleReversionDoNothing()
{
foreach (var sign in SequenceSigns.All)
{
Assert.AreSame(sign, SequenceSigns.Revert(SequenceSigns.Revert(sign)));
}
}
protected override Boolean SetCombinationWithDescendants(IConcept valueRow, IConcept valueColumn, IConcept sign)
{
Boolean combinationsUpdated = SetCombination(valueRow, valueColumn, sign);
combinationsUpdated |= SetCombination(valueColumn, valueRow, SequenceSigns.Revert(sign));
foreach (var consequentSign in sign.Consequently())
{
combinationsUpdated |= SetCombination(valueRow, valueColumn, consequentSign);
}
return(combinationsUpdated);
}
public void CheckAllValidCombinations(IConcept signAI, IConcept signIB, IConcept resultSign)
{
// arrange
var language = Language.Default;
var semanticNetwork = new SemanticNetwork(language);
IConcept processA, processB, processI;
semanticNetwork.Concepts.Add(processA = createProcess("Process A"));
semanticNetwork.Concepts.Add(processB = createProcess("Process B"));
semanticNetwork.Concepts.Add(processI = createProcess("Process I"));
var statementAI = new ProcessesStatement(null, processA, processI, signAI);
var statementIA = new ProcessesStatement(null, processI, processA, SequenceSigns.Revert(signAI));
var statementIB = new ProcessesStatement(null, processI, processB, signIB);
var statementBI = new ProcessesStatement(null, processB, processI, SequenceSigns.Revert(signIB));
foreach (var statementCombination in new[]
{
new Tuple <IStatement, IStatement>(statementAI, statementIB),
new Tuple <IStatement, IStatement>(statementAI, statementBI),
new Tuple <IStatement, IStatement>(statementIA, statementIB),
new Tuple <IStatement, IStatement>(statementIA, statementBI),
})
{
try
{
semanticNetwork.Statements.Add(statementCombination.Item1);
semanticNetwork.Statements.Add(statementCombination.Item2);
// act
var answer = semanticNetwork.Ask().WhatIsMutualSequenceOfProcesses(processA, processB);
// assert
Assert.IsFalse(answer.IsEmpty);
var processesAnswer = (StatementsAnswer <ProcessesStatement>)answer;
Assert.Greater(processesAnswer.Result.Count, 0);
Assert.IsTrue(processesAnswer.Result.All(s => s.ProcessA == processA));
Assert.IsTrue(processesAnswer.Result.All(s => s.ProcessB == processB));
Assert.IsTrue(processesAnswer.Result.Any(s => s.SequenceSign == resultSign));
Assert.IsTrue(answer.Explanation.Statements.Contains(statementCombination.Item1));
Assert.IsTrue(answer.Explanation.Statements.Contains(statementCombination.Item2));
}
finally
{
semanticNetwork.Statements.Remove(statementCombination.Item1);
semanticNetwork.Statements.Remove(statementCombination.Item2);
}
}
}
public void OnlySequenceSignsSuit()
{
foreach (var concept in SystemConcepts.GetAll())
{
if (!SequenceSigns.All.Contains(concept))
{
Assert.Throws <InvalidOperationException>(() => { concept.Contradicts(SequenceSigns.SimultaneousWith); });
Assert.Throws <InvalidOperationException>(() => { SequenceSigns.SimultaneousWith.Contradicts(concept); });
Assert.Throws <InvalidOperationException>(() => { SequenceSigns.Revert(concept); });
Assert.Throws <InvalidOperationException>(() => { SequenceSigns.TryToCombineMutualSequences(concept, SequenceSigns.SimultaneousWith); });
Assert.Throws <InvalidOperationException>(() => { SequenceSigns.TryToCombineMutualSequences(SequenceSigns.SimultaneousWith, concept); });
}
}
}
private IAnswer ProcessChildAnswers(IQuestionProcessingContext <ProcessesQuestion> context, ICollection <ChildAnswer> childAnswers)
{
foreach (var answer in childAnswers)
{
var childStatements = (answer.Answer as StatementsAnswer <ProcessesStatement>)?.Result ?? Array.Empty <ProcessesStatement>();
var resultStatements = new List <ProcessesStatement>();
var transitiveStatements = answer.TransitiveStatements.OfType <ProcessesStatement>().ToList();
var firstChild = childStatements.First();
var firstTransitive = transitiveStatements.First();
var intermediateValue = new[] { firstChild.ProcessA, firstChild.ProcessB }.Intersect(new[] { firstTransitive.ProcessA, firstTransitive.ProcessB }).Single();
for (int i = 0; i < transitiveStatements.Count; i++)
{
if ((firstChild.ProcessA == intermediateValue) == (transitiveStatements[i].ProcessA == intermediateValue))
{
transitiveStatements[i] = transitiveStatements[i].SwapOperands();
}
}
foreach (var childStatement in childStatements)
{
foreach (var transitiveStatement in transitiveStatements)
{
var sign = SequenceSigns.TryToCombineMutualSequences(transitiveStatement.SequenceSign, childStatement.SequenceSign);
if (sign != null)
{
resultStatements.Add(new ProcessesStatement(null, ProcessA,
ProcessB,
sign));
}
}
}
if (resultStatements.Count > 0)
{
var resultTransitiveStatements = new List <IStatement>(answer.TransitiveStatements);
resultTransitiveStatements.AddRange(answer.Answer.Explanation.Statements);
return(createAnswer(resultStatements, context, resultTransitiveStatements));
}
}
return(Answer.CreateUnknown());
}
public void CheckAllInvalidCombinations()
{
// arrange
var language = Language.Default;
var semanticNetwork = new SemanticNetwork(language);
IConcept processA, processB, processI;
semanticNetwork.Concepts.Add(processA = createProcess("Process A"));
semanticNetwork.Concepts.Add(processB = createProcess("Process B"));
semanticNetwork.Concepts.Add(processI = createProcess("Process I"));
var validCombinations = getAllValidCombinations().Select(array => new Tuple <IConcept, IConcept, IConcept>((IConcept)array[0], (IConcept)array[1], (IConcept)array[2])).ToList();
foreach (var signAI in SequenceSigns.All)
{
foreach (var signIB in SequenceSigns.All)
{
if (!validCombinations.Any(c => c.Item1 == signAI && c.Item2 == signIB))
{
var statementAI = new ProcessesStatement(null, processA, processI, signAI);
var statementIA = new ProcessesStatement(null, processI, processA, SequenceSigns.Revert(signAI));
var statementIB = new ProcessesStatement(null, processI, processB, signIB);
var statementBI = new ProcessesStatement(null, processB, processI, SequenceSigns.Revert(signIB));
foreach (var statementCombination in new[]
{
new Tuple <IStatement, IStatement>(statementAI, statementIB),
new Tuple <IStatement, IStatement>(statementAI, statementBI),
new Tuple <IStatement, IStatement>(statementIA, statementIB),
new Tuple <IStatement, IStatement>(statementIA, statementBI),
})
{
try
{
semanticNetwork.Statements.Add(statementCombination.Item1);
semanticNetwork.Statements.Add(statementCombination.Item2);
// act
var answer = semanticNetwork.Ask().WhatIsMutualSequenceOfProcesses(processA, processB);
// assert
Assert.IsTrue(answer.IsEmpty);
Assert.AreEqual(0, answer.Explanation.Statements.Count);
}
finally
{
semanticNetwork.Statements.Remove(statementCombination.Item1);
semanticNetwork.Statements.Remove(statementCombination.Item2);
}
}
}
}
}
}
protected override Boolean TryToUpdateCombinations(IConcept valueRow, IConcept signRow, IConcept signColumn, IConcept valueColumn)
{
var resultSign = SequenceSigns.TryToCombineMutualSequences(signRow, signColumn);
return(resultSign != null && SetCombinationWithDescendants(valueRow, valueColumn, resultSign));
}
public ProcessesStatement SwapOperands()
{
return(new ProcessesStatement(null, processA: ProcessB, processB: ProcessA, sequenceSign: SequenceSigns.Revert(SequenceSign)));
}
