public override void PropagateUpdate(IExecutionContext context, IList <Tuple> tuples)
{
if (_isSubnetJoin)
{
return;
}
var joinedSets = JoinedSets(context, tuples);
var toUpdate = new TupleFactList();
var toRetract = new TupleFactList();
foreach (var set in joinedSets)
{
foreach (var fact in set.Facts)
{
if (MatchesConditions(context, set.Tuple, fact))
{
toUpdate.Add(set.Tuple, fact);
}
else
{
toRetract.Add(set.Tuple, fact);
}
}
}
MemoryNode.PropagateUpdate(context, toUpdate);
MemoryNode.PropagateRetract(context, toRetract);
}
public override void PropagateUpdate(IExecutionContext context, List <Tuple> tuples)
{
if (_isSubnetJoin)
{
return;
}
var toUpdate = new TupleFactList();
var toRetract = new TupleFactList();
using (var counter = PerfCounter.Update(context, this))
{
var joinedSets = JoinedSets(context, tuples);
foreach (var set in joinedSets)
{
foreach (var fact in set.Facts)
{
if (MatchesConditions(context, set.Tuple, fact))
{
toUpdate.Add(set.Tuple, fact);
}
else
{
toRetract.Add(set.Tuple, fact);
}
}
}
counter.AddInputs(tuples.Count);
counter.AddOutputs(toUpdate.Count + toRetract.Count);
}
MemoryNode.PropagateRetract(context, toRetract);
MemoryNode.PropagateUpdate(context, toUpdate);
}
private void RetractBinding(Tuple tuple, TupleFactList toRetract)
{
var fact = tuple.RemoveState <Fact>(this);
if (fact != null)
{
toRetract.Add(tuple, fact);
}
}
private void RetractBinding(IExecutionContext context, Tuple tuple, TupleFactList toRetract)
{
var fact = context.WorkingMemory.RemoveState <Fact>(this, tuple);
if (fact != null)
{
toRetract.Add(tuple, fact);
}
}
public override void PropagateRetract(IExecutionContext context, IList <Tuple> tuples)
{
var toRetract = new TupleFactList();
foreach (var tuple in tuples)
{
var fact = tuple.GetState <Fact>(this);
toRetract.Add(tuple, fact);
}
MemoryNode.PropagateRetract(context, toRetract);
}
public override void PropagateUpdate(IExecutionContext context, List <Tuple> tuples)
{
var toUpdate = new TupleFactList();
foreach (var tuple in tuples)
{
if (tuple.GetQuantifier(this).Value > 0)
{
toUpdate.Add(tuple, null);
}
}
MemoryNode.PropagateUpdate(context, toUpdate);
}
public override void PropagateAssert(IExecutionContext context, IList <Tuple> tuples)
{
var toAssert = new TupleFactList();
foreach (var tuple in tuples)
{
var value = BindingExpression.Invoke(context, tuple);
var fact = new Fact(value, ResultType);
tuple.SetState(this, fact);
toAssert.Add(tuple, fact);
}
MemoryNode.PropagateAssert(context, toAssert);
}
public override void PropagateRetract(IExecutionContext context, List <Tuple> tuples)
{
var toRetract = new TupleFactList();
foreach (var tuple in tuples)
{
if (tuple.RemoveQuantifier(this).Value > 0)
{
toRetract.Add(tuple, null);
}
}
MemoryNode.PropagateRetract(context, toRetract);
}
private void PropagateAggregateAsserts(IExecutionContext context, Aggregation aggregation)
{
var asserts = new TupleFactList();
foreach (var assert in aggregation.Asserts)
{
var fact = ToAggregateFact(context, assert.ResultObject);
asserts.Add(assert.Tuple, fact);
}
if (asserts.Count > 0)
{
MemoryNode.PropagateAssert(context, asserts);
}
}
private void PropagateAggregateUpdates(IExecutionContext context, Aggregation aggregation)
{
var updates = new TupleFactList();
foreach (var update in aggregation.Updates)
{
var fact = ToAggregateFact(context, update.ResultObject);
updates.Add(update.Tuple, fact);
}
if (updates.Count > 0)
{
MemoryNode.PropagateUpdate(context, updates);
}
}
public override void PropagateRetract(IExecutionContext context, IList <Tuple> tuples)
{
var joinedSets = JoinedSets(context, tuples);
var toRetract = new TupleFactList();
foreach (var set in joinedSets)
{
foreach (var fact in set.Facts)
{
toRetract.Add(set.Tuple, fact);
}
}
MemoryNode.PropagateRetract(context, toRetract);
}
public override void PropagateRetract(IExecutionContext context, IList <Tuple> tuples)
{
var toRetract = new TupleFactList();
foreach (var tuple in tuples)
{
IAggregator aggregator = GetAggregator(tuple);
foreach (var aggregate in aggregator.Aggregates)
{
Fact aggregateFact = ToAggregateFact(context, aggregate);
toRetract.Add(tuple, aggregateFact);
}
}
MemoryNode.PropagateRetract(context, toRetract);
}
public override void PropagateAssert(IExecutionContext context, IList <Fact> facts)
{
var joinedSets = JoinedSets(context, facts);
var toAssert = new TupleFactList();
foreach (var set in joinedSets)
{
foreach (var fact in set.Facts)
{
if (MatchesConditions(context, set.Tuple, fact))
{
toAssert.Add(set.Tuple, fact);
}
}
}
MemoryNode.PropagateAssert(context, toAssert);
}
public override void PropagateUpdate(IExecutionContext context, IList <Tuple> tuples)
{
var toUpdate = new TupleFactList();
foreach (var tuple in tuples)
{
var fact = tuple.GetState <Fact>(this);
var oldValue = fact.RawObject;
var newValue = BindingExpression.Invoke(context, tuple);
if (!ReferenceEquals(oldValue, newValue))
{
fact.RawObject = newValue;
}
toUpdate.Add(tuple, fact);
}
MemoryNode.PropagateUpdate(context, toUpdate);
}
private void AssertBinding(IExecutionContext context, Tuple tuple, TupleFactList toAssert)
{
try
{
var value = BindingExpression.Invoke(context, NodeInfo, tuple);
var fact = new Fact(value, ResultType);
tuple.SetState(this, fact);
toAssert.Add(tuple, fact);
}
catch (ExpressionEvaluationException e)
{
if (!e.IsHandled)
{
throw new RuleLhsExpressionEvaluationException("Failed to evaluate binding expression",
e.Expression.ToString(), e.InnerException);
}
}
}
private void UpdateBinding(IExecutionContext context, Tuple tuple, Fact fact, TupleFactList toUpdate, TupleFactList toRetract)
{
try
{
var value = BindingExpression.Invoke(context, NodeInfo, tuple);
fact.RawObject = value;
toUpdate.Add(tuple, fact);
}
catch (ExpressionEvaluationException e)
{
if (!e.IsHandled)
{
throw new RuleLhsExpressionEvaluationException("Failed to evaluate binding expression",
e.Expression.ToString(), e.InnerException);
}
RetractBinding(tuple, toRetract);
}
}
public override void PropagateAssert(IExecutionContext context, List <Tuple> tuples)
{
var joinedSets = JoinedSets(context, tuples);
var toAssert = new TupleFactList();
foreach (var set in joinedSets)
{
var quantifier = set.Tuple.CreateQuantifier(this);
foreach (var fact in set.Facts)
{
quantifier.Value++;
}
if (quantifier.Value > 0)
{
toAssert.Add(set.Tuple, null);
}
}
MemoryNode.PropagateAssert(context, toAssert);
}
private void PropagateAggregateRetracts(IExecutionContext context, Aggregation aggregation)
{
var retracts = new TupleFactList();
foreach (var retract in aggregation.Retracts)
{
var fact = ToAggregateFact(context, retract.ResultObject);
retracts.Add(retract.Tuple, fact);
}
if (retracts.Count > 0)
{
MemoryNode.PropagateRetract(context, retracts);
var enumerator = retracts.GetEnumerator();
while (enumerator.MoveNext())
{
context.WorkingMemory.RemoveInternalFact(this, enumerator.CurrentFact);
}
}
}
private void UpdateBinding(IExecutionContext context, Tuple tuple, Fact fact, TupleFactList toUpdate, TupleFactList toRetract)
{
try
{
var value = BindingExpression.Invoke(tuple);
fact.RawObject = value;
toUpdate.Add(tuple, fact);
}
catch (Exception e)
{
bool isHandled = false;
context.EventAggregator.RaiseBindingFailed(context.Session, e, BindingExpression.Expression, tuple, ref isHandled);
if (!isHandled)
{
throw new RuleExpressionEvaluationException("Failed to evaluate binding expression",
BindingExpression.Expression.ToString(), e);
}
RetractBinding(tuple, toRetract);
}
}
public override void PropagateRetract(IExecutionContext context, List <Tuple> tuples)
{
var toRetract = new TupleFactList();
using (var counter = PerfCounter.Retract(context, this))
{
foreach (var tuple in tuples)
{
if (context.RemoveQuantifier(this, tuple).Value > 0)
{
toRetract.Add(tuple, null);
}
}
counter.AddInputs(tuples.Count);
counter.AddOutputs(toRetract.Count);
}
MemoryNode.PropagateRetract(context, toRetract);
}
private void AssertBinding(IExecutionContext context, Tuple tuple, TupleFactList toAssert)
{
try
{
var value = BindingExpression.Invoke(tuple);
var fact = new Fact(value, ResultType);
tuple.SetState(this, fact);
toAssert.Add(tuple, fact);
}
catch (Exception e)
{
bool isHandled = false;
context.EventAggregator.RaiseBindingFailed(context.Session, e, BindingExpression.Expression, tuple, ref isHandled);
if (!isHandled)
{
throw new RuleExpressionEvaluationException("Failed to evaluate binding expression",
BindingExpression.Expression.ToString(), e);
}
}
}
public override void PropagateUpdate(IExecutionContext context, IList <Tuple> tuples)
{
if (_isSubnetJoin)
{
return;
}
var toUpdate = new TupleFactList();
foreach (var tuple in tuples)
{
IAggregator aggregator = GetAggregator(tuple);
foreach (var aggregate in aggregator.Aggregates)
{
Fact aggregateFact = ToAggregateFact(context, aggregate);
toUpdate.Add(tuple, aggregateFact);
}
}
MemoryNode.PropagateUpdate(context, toUpdate);
}
public override void PropagateUpdate(IExecutionContext context, List <Tuple> tuples)
{
var toUpdate = new TupleFactList();
using (var counter = PerfCounter.Update(context, this))
{
foreach (var tuple in tuples)
{
if (context.GetQuantifier(this, tuple).Value == 0)
{
toUpdate.Add(tuple, null);
}
}
counter.AddInputs(tuples.Count);
counter.AddOutputs(toUpdate.Count);
}
MemoryNode.PropagateUpdate(context, toUpdate);
}
public override void PropagateRetract(IExecutionContext context, List <Fact> facts)
{
var joinedSets = JoinedSets(context, facts);
var toRetract = new TupleFactList();
foreach (var set in joinedSets)
{
var quantifier = set.Tuple.GetQuantifier(this);
int startingCount = quantifier.Value;
foreach (var fact in set.Facts)
{
quantifier.Value--;
}
if (startingCount > 0 && quantifier.Value == 0)
{
toRetract.Add(set.Tuple, null);
}
}
MemoryNode.PropagateRetract(context, toRetract);
}
public override void PropagateRetract(IExecutionContext context, List <Tuple> tuples)
{
var toRetract = new TupleFactList();
using (var counter = PerfCounter.Retract(context, this))
{
var joinedSets = JoinedSets(context, tuples);
foreach (var set in joinedSets)
{
foreach (var fact in set.Facts)
{
toRetract.Add(set.Tuple, fact);
}
}
counter.AddInputs(tuples.Count);
counter.AddOutputs(toRetract.Count);
}
MemoryNode.PropagateRetract(context, toRetract);
}
public override void PropagateUpdate(IExecutionContext context, IList <Tuple> tuples)
{
var toUpdate = new TupleFactList();
var joinedSets = JoinedSets(context, tuples);
foreach (var set in joinedSets)
{
if (_isSubnetJoin && HasRightFacts(context, set))
{
//Update already propagated from the right
continue;
}
IAggregator aggregator = GetAggregator(set.Tuple);
foreach (var aggregate in aggregator.Aggregates)
{
Fact aggregateFact = ToAggregateFact(context, aggregate);
toUpdate.Add(set.Tuple, aggregateFact);
}
}
MemoryNode.PropagateUpdate(context, toUpdate);
}
public override void PropagateAssert(IExecutionContext context, List <Tuple> tuples)
{
var toAssert = new TupleFactList();
using (var counter = PerfCounter.Assert(context, this))
{
var joinedSets = JoinedSets(context, tuples);
foreach (var set in joinedSets)
{
var quantifier = context.CreateQuantifier(this, set.Tuple);
quantifier.Value += set.Facts.Count;
if (quantifier.Value > 0)
{
toAssert.Add(set.Tuple, null);
}
}
counter.AddInputs(tuples.Count);
counter.AddOutputs(toAssert.Count);
}
MemoryNode.PropagateAssert(context, toAssert);
}
public override void PropagateAssert(IExecutionContext context, IList <Fact> facts)
{
var joinedSets = JoinedSets(context, facts);
var toRetract = new TupleFactList();
foreach (var set in joinedSets)
{
var quantifier = set.Tuple.Quantifier(this);
int startingCount = quantifier.Value;
foreach (var fact in set.Facts)
{
if (MatchesConditions(context, set.Tuple, fact))
{
quantifier.Value++;
}
}
if (startingCount == 0 && quantifier.Value > 0)
{
toRetract.Add(set.Tuple, null);
}
}
MemoryNode.PropagateRetract(context, toRetract);
}
public override void PropagateAssert(IExecutionContext context, List <Fact> facts)
{
var toAssert = new TupleFactList();
using (var counter = PerfCounter.Assert(context, this))
{
var joinedSets = JoinedSets(context, facts);
foreach (var set in joinedSets)
{
foreach (var fact in set.Facts)
{
if (MatchesConditions(context, set.Tuple, fact))
{
toAssert.Add(set.Tuple, fact);
}
}
}
counter.AddInputs(facts.Count);
counter.AddOutputs(toAssert.Count);
}
MemoryNode.PropagateAssert(context, toAssert);
}
public override void PropagateRetract(IExecutionContext context, List <Fact> facts)
{
var toRetract = new TupleFactList();
using (var counter = PerfCounter.Retract(context, this))
{
var joinedSets = JoinedSets(context, facts);
foreach (var set in joinedSets)
{
var quantifier = context.GetQuantifier(this, set.Tuple);
int startingCount = quantifier.Value;
quantifier.Value -= set.Facts.Count;
if (startingCount > 0 && quantifier.Value == 0)
{
toRetract.Add(set.Tuple, null);
}
}
counter.AddInputs(facts.Count);
counter.AddOutputs(toRetract.Count);
}
MemoryNode.PropagateRetract(context, toRetract);
}