private void StreamSourceToTargetThread(OsmStreamSource source, OsmStreamTarget target) { var concurrent_target = target.ConcurrentCopy(); concurrent_target.Initialize(); OsmGeo current; while (ConcurrentMoveNext(source, out current)) { concurrent_target.Add(current); } concurrent_target.Flush(); concurrent_target.Close(); }
/// <summary> /// Creates a new processor target. /// </summary> /// <param name="target"></param> public ProcessorTarget(OsmStreamTarget target) { _isReady = false; _target = target; }
private void transferData(OsmStreamSource src, OsmStreamTarget sqlTarget) { src.Initialize(); sqlTarget.Initialize(); while (src.MoveNext(false, false, false) && !_shouldStop) { OsmGeo sourceObject = src.Current(); if (!typeCount.ContainsKey(sourceObject.Type)) { typeCount.Add(sourceObject.Type, 0); } typeCount[sourceObject.Type] = 1 + typeCount[sourceObject.Type]; if (sourceObject is Node) { sqlTarget.AddNode(sourceObject as Node); } else if (sourceObject is Way) { sqlTarget.AddWay(sourceObject as Way); } else if (sourceObject is Relation) { sqlTarget.AddRelation(sourceObject as Relation); } } try { sqlTarget.Flush(); sqlTarget.Close(); } catch (Exception ex) { Console.Error.WriteLine(ex); } }
private void StreamSourceToTargetThread(OsmStreamSource source, OsmStreamTarget target) { var concurrent_target = target.ConcurrentCopy(); concurrent_target.Initialize(); OsmGeo current; while (ConcurrentMoveNext(source, out current)) { concurrent_target.Add(current); } concurrent_target.Flush(); concurrent_target.Close(); }