private void CommutativeRemove(CRDT.Application.Commutative.Set.OUR_OptimizedSetWithVCService <TestType> sourceReplica, TestType value, VectorClock vectorClock, List <CRDT.Application.Commutative.Set.OUR_OptimizedSetWithVCService <TestType> > downstreamReplicas)
{
var observedTags = sourceReplica.GetTags(value.Id);
sourceReplica.LocalRemove(value, observedTags, vectorClock);
foreach (var downstreamReplica in downstreamReplicas)
{
downstreamReplica.DownstreamRemove(value, observedTags, vectorClock);
}
}
private void CommutativeAdd(CRDT.Application.Commutative.Set.OUR_OptimizedSetWithVCService <TestType> sourceReplica, TestType value, VectorClock vectorClock, List <CRDT.Application.Commutative.Set.OUR_OptimizedSetWithVCService <TestType> > downstreamReplicas)
{
var tag = Guid.NewGuid();
sourceReplica.LocalAdd(value, tag, vectorClock);
foreach (var downstreamReplica in downstreamReplicas)
{
downstreamReplica.DownstreamAdd(value, tag, vectorClock);
}
}
private Dictionary <Node, CRDT.Application.Commutative.Set.OUR_OptimizedSetWithVCService <TestType> > CreateCommutativeReplicas(List <Node> nodes)
{
var dictionary = new Dictionary <Node, CRDT.Application.Commutative.Set.OUR_OptimizedSetWithVCService <TestType> >();
foreach (var node in nodes)
{
var repository = new OUR_OptimizedSetWithVCRepository();
var service = new CRDT.Application.Commutative.Set.OUR_OptimizedSetWithVCService <TestType>(repository);
dictionary.Add(node, service);
}
return(dictionary);
}
