public FormRebuildSpatialIndexProgess(gView.DataSources.Fdb.MSAccess.AccessFDB fdb, IFeatureClass fc, BinaryTreeDef def)
{
InitializeComponent();
_fdb = fdb;
_fc = fc;
_def = def;
}
async private void btnImportDef_Click(object sender, EventArgs e)
{
List <ExplorerDialogFilter> filters = new List <ExplorerDialogFilter>();
filters.Add(new OpenFDBFeatureclassFilter());
ExplorerDialog dlg = new ExplorerDialog("Import Spatial Index", filters, true);
dlg.MulitSelection = true;
if (dlg.ShowDialog() == DialogResult.OK)
{
IEnvelope bounds = null;
int levels = 0;
foreach (IExplorerObject exObject in dlg.ExplorerObjects)
{
var instance = await exObject?.GetInstanceAsync();
if (instance == null)
{
continue;
}
if (instance is IFeatureClass &&
((IFeatureClass)instance).Dataset != null &&
((IFeatureClass)instance).Dataset.Database is IImplementsBinarayTreeDef)
{
IFeatureClass fc = (IFeatureClass)instance;
IImplementsBinarayTreeDef fdb = (IImplementsBinarayTreeDef)fc.Dataset.Database;
BinaryTreeDef def = await fdb.BinaryTreeDef(fc.Name);
if (def != null)
{
if (bounds == null)
{
bounds = new Envelope(def.Bounds);
}
else
{
bounds.Union(def.Bounds);
}
levels = Math.Max(levels, def.MaxLevel);
}
}
}
if (bounds != null)
{
this.Extent = bounds;
this.Levels = levels;
}
}
}
protected IFeatureClass CreateTargetFeatureclass(IGeometryDef geomDef, IFields fields)
{
IFeatureClass sFc = SourceFeatureClass;
BinaryTreeDef sDef = null;
if (sFc.Dataset != null && sFc.Dataset.Database is AccessFDB)
{
AccessFDB sFdb = (AccessFDB)sFc.Dataset.Database;
sDef = sFdb.BinaryTreeDef(sFc.Name);
}
TargetDatasetElement e = this.TargetDatasetElement;
IDataset ds = this.TargetDataset;
IFeatureDatabase db = this.TargetFeatureDatabase;
if (db.CreateFeatureClass(ds.DatasetName, e.Title, geomDef, fields) == -1)
{
throw new Exception("Can't create target featureclass:\n" + db.lastErrorMsg);
}
IDatasetElement element = ds[e.Title];
if (element == null || !(element.Class is IFeatureClass))
{
throw new Exception("Can't open created featureclass");
}
IFeatureClass tFc = element.Class as IFeatureClass;
if (db is AccessFDB)
{
int maxAllowedLevel = ((db is SqlFDB) ? 62 : 30);
if (sDef == null)
{
IEnvelope sEnv = sFc.Envelope;
sDef = (sEnv != null) ? new BinaryTreeDef(sFc.Envelope, 10, 200, 0.55) : new BinaryTreeDef(new Envelope());
}
if (sDef.Bounds != null &&
sDef.SpatialReference != null &&
!sDef.SpatialReference.Equals(tFc.SpatialReference))
{
if (!sDef.ProjectTo(tFc.SpatialReference))
{
throw new Exception("Can't project SpatialIndex Boundaries...");
}
}
((AccessFDB)db).SetSpatialIndexBounds(tFc.Name, "BinaryTree2", sDef.Bounds, sDef.SplitRatio, sDef.MaxPerNode, Math.Min(sDef.MaxLevel, maxAllowedLevel));
((AccessFDB)db).SetFeatureclassExtent(tFc.Name, sDef.Bounds);
}
return(tFc);
}
private void btnOK_Click(object sender, EventArgs e)
{
if (_fdb == null || _fc == null)
{
return;
}
BinaryTreeDef def = new BinaryTreeDef(
spatialIndexControl1.Extent,
spatialIndexControl1.Levels);
FormRebuildSpatialIndexProgess dlg = new FormRebuildSpatialIndexProgess(_fdb, _fc, def);
dlg.ShowDialog();
}
public FormRebuildSpatialIndexDef(AccessFDB fdb, IFeatureClass fc)
{
InitializeComponent();
_fdb = fdb;
_fc = fc;
if (_fdb != null && _fc != null)
{
BinaryTreeDef def = _fdb.BinaryTreeDef(_fc.Name);
if (def != null)
{
spatialIndexControl1.Extent = def.Bounds;
spatialIndexControl1.Levels = def.MaxLevel;
}
}
}
async static public Task <FormRebuildSpatialIndexDef> Create(AccessFDB fdb, IFeatureClass fc)
{
var dlg = new FormRebuildSpatialIndexDef();
dlg._fdb = fdb;
dlg._fc = fc;
if (dlg._fdb != null && dlg._fc != null)
{
BinaryTreeDef def = await dlg._fdb.BinaryTreeDef(dlg._fc.Name);
if (def != null)
{
dlg.spatialIndexControl1.Extent = def.Bounds;
dlg.spatialIndexControl1.Levels = def.MaxLevel;
}
}
return(dlg);
}
public void Run()
{
if (_dataset == null || !(_fdb is IFeatureDatabaseReplication) || _edgeFcs == null)
{
return;
}
IFeatureDatabaseReplication db = (IFeatureDatabaseReplication)_fdb;
if (_dataset[_networkName] != null)
{
MessageBox.Show("Featureclass '" + _networkName + "' already exists!");
return;
}
bool succeeded = false;
List <int> FcIds = new List <int>();
try
{
ProgressReport report = new ProgressReport();
int datasetId = _fdb.DatasetID(_dataset.DatasetName);
if (datasetId == -1)
{
return;
}
NetworkBuilder networkBuilder = new NetworkBuilder(_dataset.Envelope, _tolerance);
if (ReportProgress != null)
{
networkBuilder.reportProgress += new ProgressReporterEvent(networkBuilder_reportProgress);
}
#region Spatial Index
BinaryTreeDef edgeTreeDef = null, nodeTreeDef = null;
foreach (IFeatureClass fc in _edgeFcs)
{
BinaryTreeDef treeDef = _fdb.BinaryTreeDef(fc.Name);
if (treeDef == null)
{
IEnvelope bounds = fc.Envelope;
if (Envelope.IsNull(bounds))
{
continue;
}
treeDef = new BinaryTreeDef(fc.Envelope, 10);
}
if (edgeTreeDef == null)
{
edgeTreeDef = new BinaryTreeDef(treeDef.Bounds, Math.Min(treeDef.MaxLevel, 10));
}
else
{
Envelope bounds = edgeTreeDef.Bounds;
bounds.Union(treeDef.Bounds);
edgeTreeDef = new BinaryTreeDef(bounds, Math.Min(Math.Max(edgeTreeDef.MaxLevel, treeDef.MaxLevel), 10));
}
}
foreach (IFeatureClass fc in _nodeFcs)
{
BinaryTreeDef treeDef = _fdb.BinaryTreeDef(fc.Name);
if (treeDef == null)
{
IEnvelope bounds = fc.Envelope;
if (Envelope.IsNull(bounds))
{
continue;
}
treeDef = new BinaryTreeDef(fc.Envelope, 10);
}
if (nodeTreeDef == null)
{
nodeTreeDef = new BinaryTreeDef(treeDef.Bounds, Math.Min(treeDef.MaxLevel, 10));
}
else
{
Envelope bounds = nodeTreeDef.Bounds;
bounds.Union(treeDef.Bounds);
nodeTreeDef = new BinaryTreeDef(bounds, Math.Min(Math.Max(nodeTreeDef.MaxLevel, treeDef.MaxLevel), 10));
}
}
#endregion
#region Add Edges
foreach (IFeatureClass fc in _edgeFcs)
{
int fcId = _fdb.FeatureClassID(datasetId, fc.Name);
if (fcId == -1)
{
continue;
}
FcIds.Add(fcId);
bool useOneway = false;
QueryFilter filter = new QueryFilter();
filter.AddField(fc.IDFieldName);
filter.AddField(fc.ShapeFieldName);
if (!String.IsNullOrEmpty(_onewayFieldName) && fc.FindField(_onewayFieldName) != null)
{
filter.AddField(_onewayFieldName);
useOneway = true;
}
Dictionary <Guid, IGraphWeightFeatureClass> gwfcs = new Dictionary <Guid, IGraphWeightFeatureClass>();
if (_graphWeights != null)
{
foreach (IGraphWeight weight in _graphWeights)
{
foreach (IGraphWeightFeatureClass gwfc in weight.FeatureClasses)
{
if (gwfc.FcId == fcId && !String.IsNullOrEmpty(gwfc.FieldName))
{
gwfcs.Add(weight.Guid, gwfc);
filter.AddField(gwfc.FieldName);
}
}
}
}
if (gwfcs.Keys.Count == 0)
{
gwfcs = null;
}
bool useWithComplexEdges = false;
if (_complexEdgeFcs != null &&
(_complexEdgeFcs.Contains(fcId) || _complexEdgeFcs.Contains(-1)))
{
useWithComplexEdges = true;
}
using (IFeatureCursor cursor = fc.GetFeatures(filter))
{
#region Report
report.Message = "Analize Edges: " + fc.Name;
report.featureMax = fc.CountFeatures;
report.featurePos = 0;
if (ReportProgress != null)
{
ReportProgress(report);
}
#endregion
IFeature feature;
while ((feature = cursor.NextFeature) != null)
{
bool oneway = false;
if (useOneway)
{
int ow = Convert.ToInt32(feature[_onewayFieldName]);
oneway = (ow != 0);
}
Hashtable gw = null;
if (gwfcs != null)
{
foreach (Guid weightGuid in gwfcs.Keys)
{
IGraphWeightFeatureClass gwfc = gwfcs[weightGuid];
object objVal = feature[gwfc.FieldName];
double val = (objVal == DBNull.Value) ? 0.0 : Convert.ToDouble(feature[gwfc.FieldName]);
if (gwfc.SimpleNumberCalculation != null)
{
val = gwfc.SimpleNumberCalculation.Calculate(val);
}
if (gw == null)
{
gw = new Hashtable();
}
gw.Add(weightGuid, val);
}
}
networkBuilder.AddEdgeFeature(fcId, feature, oneway, gw, useWithComplexEdges);
#region Report
report.featurePos++;
if (report.featurePos % 1000 == 0)
{
if (ReportProgress != null)
{
ReportProgress(report);
}
}
#endregion
}
}
}
#endregion
#region Calculate ComplexEdges
if (_complexEdgeFcs != null && _complexEdgeFcs.Count > 0)
{
List <NetworkNode> networkNodes = networkBuilder.NetworkNodes.ToList();
#region Report
report.Message = "Create Complex Edges...";
report.featureMax = networkNodes.Count;
report.featurePos = 0;
if (ReportProgress != null)
{
ReportProgress(report);
}
#endregion
foreach (NetworkNode node in networkNodes)
{
networkBuilder.SplitToComplexEdges(node);
#region Report
report.featurePos++;
if (report.featurePos % 1000 == 0)
{
if (ReportProgress != null)
{
ReportProgress(report);
}
}
#endregion
}
}
#endregion
#region Add Nodes
if (_nodeFcs != null)
{
foreach (IFeatureClass fc in _nodeFcs)
{
int fcId = _fdb.FeatureClassID(datasetId, fc.Name);
if (fcId == -1)
{
continue;
}
FcIds.Add(fcId);
bool isSwitchable = false;
string switchStateFieldname = String.Empty;
if (_switchNodeFcs != null && _switchNodeFcs.ContainsKey(fcId))
{
isSwitchable = true;
switchStateFieldname = _switchNodeFcs[fcId];
}
NetworkNodeType nodeType = NetworkNodeType.Unknown;
if (_nodeTypeFcs != null && _nodeTypeFcs.ContainsKey(fcId))
{
nodeType = _nodeTypeFcs[fcId];
}
QueryFilter filter = new QueryFilter();
filter.AddField(fc.IDFieldName);
filter.AddField(fc.ShapeFieldName);
filter.AddField(switchStateFieldname);
using (IFeatureCursor cursor = fc.GetFeatures(filter))
{
#region Report
report.Message = "Analize Nodes: " + fc.Name;
report.featureMax = fc.CountFeatures;
report.featurePos = 0;
if (ReportProgress != null)
{
ReportProgress(report);
}
#endregion
IFeature feature;
while ((feature = cursor.NextFeature) != null)
{
bool switchState = isSwitchable;
if (isSwitchable && !String.IsNullOrEmpty(switchStateFieldname))
{
object so = feature[switchStateFieldname];
if (so != null)
{
if (so is bool)
{
switchState = (bool)so;
}
else
{
try
{
switchState = Convert.ToInt32(so) > 0;
}
catch { switchState = false; }
}
}
}
networkBuilder.AddNodeFeature(fcId, feature, isSwitchable, switchState, nodeType);
#region Report
report.featurePos++;
if (report.featurePos % 1000 == 0)
{
if (ReportProgress != null)
{
ReportProgress(report);
}
}
#endregion
}
}
}
}
#endregion
#region CreateGraph
#region Report
report.Message = "Create Graph";
report.featurePos = 0;
if (ReportProgress != null)
{
ReportProgress(report);
}
#endregion
networkBuilder.CreateGraph();
#endregion
#region Create Edge Featureclass
#region Simple Edges Table
Fields fields = new Fields();
fields.Add(new Field("Page", FieldType.integer));
fields.Add(new Field("Data", FieldType.binary));
db.CreateIfNotExists(_networkName + "_Edges", fields);
#endregion
#region Edge Index Table
fields = new Fields();
fields.Add(new Field("EID", FieldType.integer));
fields.Add(new Field("FCID", FieldType.integer));
fields.Add(new Field("OID", FieldType.integer));
fields.Add(new Field("ISCOMPLEX", FieldType.boolean));
db.CreateIfNotExists(_networkName + "_EdgeIndex", fields);
#endregion
#region Complex Edges FeatureClass
fields = new Fields();
fields.Add(new Field("EID", FieldType.integer));
fields.Add(new Field("N1", FieldType.integer));
fields.Add(new Field("N2", FieldType.integer));
fields.Add(new Field("FCID", FieldType.integer));
fields.Add(new Field("OID", FieldType.integer));
//fields.Add(new Field("Length", FieldType.integer));
//fields.Add(new Field("GeoLength", FieldType.integer));
_fdb.ReplaceFeatureClass(_dataset.DatasetName,
_networkName + "_ComplexEdges",
new GeometryDef(geometryType.Polyline),
fields);
IDatasetElement element = _dataset[_networkName + "_ComplexEdges"];
if (element == null || !(element.Class is IFeatureClass))
{
return;
}
if (edgeTreeDef != null)
{
_fdb.SetSpatialIndexBounds(_networkName + "_ComplexEdges", "BinaryTree2", edgeTreeDef.Bounds, edgeTreeDef.SplitRatio, edgeTreeDef.MaxPerNode, edgeTreeDef.MaxLevel);
}
#endregion
int edge_page = 0;
List <IFeature> features = new List <IFeature>(), features2 = new List <IFeature>();
List <IRow> rows = new List <IRow>();
IFeatureClass edgeFc = (IFeatureClass)element.Class;
IFeatureCursor c = networkBuilder.Edges;
IFeature f;
#region Report
report.Message = "Create Edges";
if (c is ICount)
{
report.featureMax = ((ICount)c).Count;
}
report.featurePos = 0;
if (ReportProgress != null)
{
ReportProgress(report);
}
#endregion
string tabEdgesName = _fdb.TableName(_networkName + "_Edges");
string tabEdgeIndexName = _fdb.TableName(_networkName + "_EdgeIndex");
while ((f = c.NextFeature) != null)
{
int eid = (int)f["EID"];
if ((bool)f["ISCOMPLEX"] == true)
{
#region Complex Edges
features.Add(f);
report.featurePos++;
if (features.Count > 0 && features.Count % 1000 == 0)
{
if (ReportProgress != null)
{
ReportProgress(report);
}
_fdb.Insert(edgeFc, features);
features.Clear();
}
#endregion
}
#region Edges Table
features2.Add(f);
if (NetworkObjectSerializer.Page(eid + 1) > edge_page)
{
IRow row = new Row();
row.Fields.Add(new FieldValue("Page", edge_page++));
row.Fields.Add(new FieldValue("Data", NetworkObjectSerializer.SerializeEdges(features2)));
db.InsertRow(tabEdgesName, row, null);
features2.Clear();
}
#endregion
#region Edge Index
IRow eir = new Row();
eir.Fields.Add(new FieldValue("EID", (int)f["EID"]));
eir.Fields.Add(new FieldValue("FCID", (int)f["FCID"]));
eir.Fields.Add(new FieldValue("OID", (int)f["OID"]));
eir.Fields.Add(new FieldValue("ISCOMPLEX", (bool)f["ISCOMPLEX"]));
rows.Add(eir);
if (rows.Count > 0 && rows.Count % 1000 == 0)
{
_fdb.InsertRows(tabEdgeIndexName, rows, null);
rows.Clear();
}
#endregion
}
if (rows.Count > 0)
{
_fdb.InsertRows(tabEdgeIndexName, rows, null);
rows.Clear();
}
if (features2.Count > 0)
{
IRow row = new Row();
row.Fields.Add(new FieldValue("Page", edge_page));
row.Fields.Add(new FieldValue("Data", NetworkObjectSerializer.SerializeEdges(features2)));
db.InsertRow(tabEdgesName, row, null);
features2.Clear();
}
if (features.Count > 0)
{
if (ReportProgress != null)
{
ReportProgress(report);
}
_fdb.Insert(edgeFc, features);
}
_fdb.CalculateExtent(edgeFc);
#endregion
#region Create Weights
if (_graphWeights != null)
{
foreach (IGraphWeight weight in _graphWeights)
{
fields = new Fields();
fields.Add(new Field("Page", FieldType.integer));
fields.Add(new Field("Data", FieldType.binary));
db.CreateIfNotExists(_networkName + "_Weights_" + weight.Guid.ToString("N").ToLower(), fields);
string tabWeightName = _fdb.TableName(_networkName + "_Weights_" + weight.Guid.ToString("N").ToLower());
NetworkEdges edges = networkBuilder.NetworkEdges;
int weight_page = 0;
int counter = 0;
BinaryWriter bw = NetworkObjectSerializer.GetBinaryWriter();
foreach (NetworkEdge edge in edges)
{
counter++;
if (NetworkObjectSerializer.Page(counter) > weight_page)
{
IRow row = new Row();
row.Fields.Add(new FieldValue("Page", weight_page++));
row.Fields.Add(new FieldValue("Data", NetworkObjectSerializer.GetBuffer(bw)));
db.InsertRow(tabWeightName, row, null);
bw = NetworkObjectSerializer.GetBinaryWriter();
}
if (edge.Weights != null && edge.Weights.ContainsKey(weight.Guid))
{
NetworkObjectSerializer.WriteWeight(bw, weight, (double)edge.Weights[weight.Guid]);
}
else
{
NetworkObjectSerializer.WriteWeight(bw, weight, (double)0.0);
}
}
if (bw.BaseStream.Position > 0)
{
IRow row = new Row();
row.Fields.Add(new FieldValue("Page", weight_page++));
row.Fields.Add(new FieldValue("Data", NetworkObjectSerializer.GetBuffer(bw)));
db.InsertRow(tabWeightName, row, null);
}
}
}
#endregion
#region Create Node Featureclass
fields = new Fields();
//fields.Add(new Field("NID", FieldType.integer));
//fields.Add(new Field("G1", FieldType.integer));
//fields.Add(new Field("G2", FieldType.integer));
fields.Add(new Field("SWITCH", FieldType.boolean));
fields.Add(new Field("STATE", FieldType.boolean));
fields.Add(new Field("FCID", FieldType.integer));
fields.Add(new Field("OID", FieldType.integer));
fields.Add(new Field("NODETYPE", FieldType.integer));
_fdb.ReplaceFeatureClass(_dataset.DatasetName,
_networkName + "_Nodes",
new GeometryDef(geometryType.Point),
fields);
element = _dataset[_networkName + "_Nodes"];
if (element == null || !(element.Class is IFeatureClass))
{
return;
}
if (nodeTreeDef != null)
{
_fdb.SetSpatialIndexBounds(_networkName + "_Nodes", "BinaryTree2", nodeTreeDef.Bounds, nodeTreeDef.SplitRatio, nodeTreeDef.MaxPerNode, nodeTreeDef.MaxLevel);
}
else if (edgeTreeDef != null)
{
_fdb.SetSpatialIndexBounds(_networkName + "_Nodes", "BinaryTree2", edgeTreeDef.Bounds, edgeTreeDef.SplitRatio, edgeTreeDef.MaxPerNode, edgeTreeDef.MaxLevel);
}
features.Clear();
IFeatureClass nodeFc = (IFeatureClass)element.Class;
c = networkBuilder.Nodes;
#region Report
report.Message = "Create Nodes";
if (c is ICount)
{
report.featureMax = ((ICount)c).Count;
}
report.featurePos = 0;
if (ReportProgress != null)
{
ReportProgress(report);
}
#endregion
while ((f = c.NextFeature) != null)
{
features.Add(f);
report.featurePos++;
if (features.Count > 0 && features.Count % 1000 == 0)
{
if (ReportProgress != null)
{
ReportProgress(report);
}
_fdb.Insert(nodeFc, features);
features.Clear();
}
}
if (features.Count > 0)
{
if (ReportProgress != null)
{
ReportProgress(report);
}
_fdb.Insert(nodeFc, features);
}
_fdb.CalculateExtent(nodeFc);
#endregion
#region Create Graph Class
int graph_page = 0;
fields = new Fields();
fields.Add(new Field("Page", FieldType.integer));
fields.Add(new Field("Data", FieldType.binary));
//fields.Add(new Field("N1", FieldType.integer));
//fields.Add(new Field("N2", FieldType.integer));
//fields.Add(new Field("EID", FieldType.integer));
//fields.Add(new Field("LENGTH", FieldType.Double));
//fields.Add(new Field("GEOLENGTH", FieldType.Double));
_fdb.ReplaceFeatureClass(_dataset.DatasetName,
_networkName,
new GeometryDef(geometryType.Network),
fields);
element = _dataset[_networkName];
if (element == null || !(element.Class is IFeatureClass))
{
return;
}
features.Clear();
IFeatureClass networkFc = (IFeatureClass)element.Class;
c = networkBuilder.Graph;
#region Report
report.Message = "Create Network";
if (c is ICount)
{
report.featureMax = ((ICount)c).Count;
}
report.featurePos = 0;
if (ReportProgress != null)
{
ReportProgress(report);
}
#endregion
string fcNetworkName = _fdb.TableName("FC_" + _networkName);
while ((f = c.NextFeature) != null)
{
report.featurePos++;
// Wenn aktuelles Feature in neue Page gehört ->
// bestehende, vor neuem Einfügen speichern und pageIndex erhöhen (graph_page++)
if (NetworkObjectSerializer.Page((int)f["N1"]) > graph_page)
{
if (ReportProgress != null)
{
ReportProgress(report);
}
IRow row = new Row();
row.Fields.Add(new FieldValue("Page", graph_page++));
row.Fields.Add(new FieldValue("Data", NetworkObjectSerializer.SerializeGraph(features)));
db.InsertRow(fcNetworkName, row, null);
features.Clear();
}
features.Add(f);
}
if (features.Count > 0)
{
IRow row = new Row();
row.Fields.Add(new FieldValue("Page", graph_page));
row.Fields.Add(new FieldValue("Data", NetworkObjectSerializer.SerializeGraph(features)));
db.InsertRow(fcNetworkName, row, null);
features.Clear();
}
#endregion
#region Create FDB_Networks
int netId = _fdb.GetFeatureClassID(_networkName);
fields = new Fields();
fields.Add(new Field("ID", FieldType.integer));
fields.Add(new Field("Properties", FieldType.binary));
db.CreateIfNotExists("FDB_Networks", fields);
NetworkObjectSerializer.NetworkProperties networkProps = new NetworkObjectSerializer.NetworkProperties(
NetworkObjectSerializer.PageSize, _tolerance);
IRow row2 = new Row();
row2.Fields.Add(new FieldValue("ID", netId));
row2.Fields.Add(new FieldValue("Properties", networkProps.Serialize()));
db.InsertRow(_fdb.TableName("FDB_Networks"), row2, null);
#endregion
#region Create FDB_NetworkClasses
fields = new Fields();
fields.Add(new Field("NetworkId", FieldType.integer));
fields.Add(new Field("FCID", FieldType.integer));
fields.Add(new Field("Properties", FieldType.binary));
db.CreateIfNotExists("FDB_NetworkClasses", fields);
foreach (int fcId in FcIds)
{
bool isSwitchable = (_switchNodeFcs != null && _switchNodeFcs.ContainsKey(fcId));
string switchStateFieldname = (isSwitchable ? _switchNodeFcs[fcId] : String.Empty);
NetworkObjectSerializer.NetworkClassProperties nwclsProps = new NetworkObjectSerializer.NetworkClassProperties(
_complexEdgeFcs.Contains(fcId),
isSwitchable, switchStateFieldname);
IRow row = new Row();
row.Fields.Add(new FieldValue("NetworkId", netId));
row.Fields.Add(new FieldValue("FCID", fcId));
row.Fields.Add(new FieldValue("Properties", nwclsProps.Serialize()));
db.InsertRow(_fdb.TableName("FDB_NetworkClasses"), row, null);
}
#endregion
#region FDB_NetworkWeighs
fields = new Fields();
fields.Add(new Field("NetworkId", FieldType.integer));
fields.Add(new Field("Name", FieldType.String));
fields.Add(new Field("WeightGuid", FieldType.guid));
fields.Add(new Field("Properties", FieldType.binary));
db.CreateIfNotExists("FDB_NetworkWeights", fields);
if (_graphWeights != null)
{
foreach (IGraphWeight weight in _graphWeights)
{
IRow row = new Row();
row.Fields.Add(new FieldValue("NetworkId", netId));
row.Fields.Add(new FieldValue("Name", weight.Name));
row.Fields.Add(new FieldValue("WeightGuid", weight.Guid));
row.Fields.Add(new FieldValue("Properties", NetworkObjectSerializer.SerializeWeight(weight)));
db.InsertRow(_fdb.TableName("FDB_NetworkWeights"), row, null);
}
}
#endregion
succeeded = true;
}
catch (Exception ex)
{
MessageBox.Show(ex.Message, "Exception", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
finally
{
if (!succeeded)
{
if (_fdb is IAlterDatabase)
{
((IAlterDatabase)_fdb).DropTable(_networkName + "_Edges");
}
_fdb.DeleteFeatureClass(_networkName + "_ComplexEdges");
_fdb.DeleteFeatureClass(_networkName + "_Nodes");
_fdb.DeleteFeatureClass(_networkName);
}
}
}
async public Task <bool> ImportToNewFeatureclass(IFeatureDatabase fdb, string dsname, string fcname, IFeatureClass sourceFC, FieldTranslation fieldTranslation, bool project, List <IQueryFilter> filters, ISpatialIndexDef sIndexDef, geometryType?sourceGeometryType = null)
{
if (!_cancelTracker.Continue)
{
return(true);
}
if (fdb is AccessFDB)
{
ISpatialIndexDef dsSpatialIndexDef = await((AccessFDB)fdb).SpatialIndexDef(dsname);
if (sIndexDef == null)
{
sIndexDef = dsSpatialIndexDef;
}
else if (sIndexDef.GeometryType != dsSpatialIndexDef.GeometryType)
{
_errMsg = "Spatial-Index-Definition-GeometryTypes are not compatible!";
return(false);
}
}
if (sIndexDef == null)
{
sIndexDef = new gViewSpatialIndexDef();
}
bool msSpatial = false;
if (fdb is SqlFDB &&
(sIndexDef.GeometryType == GeometryFieldType.MsGeography ||
sIndexDef.GeometryType == GeometryFieldType.MsGeometry))
{
msSpatial = true;
}
else
{
int maxAllowedLevel = ((fdb is SqlFDB || fdb is pgFDB) ? 62 : 30);
if (sIndexDef.Levels > maxAllowedLevel)
{
ISpatialReference defSRef = sIndexDef.SpatialReference;
sIndexDef = new gViewSpatialIndexDef(
sIndexDef.SpatialIndexBounds,
Math.Min(sIndexDef.Levels, maxAllowedLevel),
sIndexDef.MaxPerNode,
sIndexDef.SplitRatio);
((gViewSpatialIndexDef)sIndexDef).SpatialReference = defSRef;
}
}
try
{
fcname = fcname.Replace(".", "_");
IFeatureDataset destDS = await fdb.GetDataset(dsname);
if (destDS == null)
{
_errMsg = fdb.LastErrorMessage;
return(false);
}
IDatasetElement destLayer = await destDS.Element(fcname);
if (destLayer != null)
{
if (ReportRequest != null)
{
RequestArgs args = new RequestArgs(
"Featureclass " + fcname + " already exists in " + dsname + "\nDo want to replace it?",
MessageBoxButtons.YesNoCancel,
DialogResult.Cancel);
ReportRequest(this, args);
switch (args.Result)
{
case DialogResult.No:
return(true);
case DialogResult.Cancel:
_errMsg = "Import is canceled by the user...";
return(false);
}
}
}
GeometryDef geomDef = new GeometryDef(sourceFC);
if (geomDef.GeometryType == geometryType.Unknown && sourceGeometryType != null)
{
geomDef.GeometryType = sourceGeometryType.Value;
}
int fcID = -1;
if (destLayer != null)
{
if (fdb is AccessFDB)
{
fcID = await((AccessFDB)fdb).ReplaceFeatureClass(destDS.DatasetName,
fcname,
geomDef,
(fieldTranslation == null) ?
((sourceFC.Fields != null) ? (IFields)sourceFC.Fields.Clone() : new Fields()) :
fieldTranslation.DestinationFields);
if (fcID < 0)
{
_errMsg = "Can't replace featureclass " + fcname + "...\r\n" + fdb.LastErrorMessage;
destDS.Dispose();
return(false);
}
}
else
{
await fdb.DeleteFeatureClass(fcname);
}
}
if (fcID < 0)
{
fcID = await fdb.CreateFeatureClass(destDS.DatasetName,
fcname,
geomDef,
(fieldTranslation == null)?
((sourceFC.Fields != null) ? (IFields)sourceFC.Fields.Clone() : new Fields()) :
fieldTranslation.DestinationFields);
}
if (fcID < 0)
{
_errMsg = "Can't create featureclass " + fcname + "...\r\n" + fdb.LastErrorMessage;
destDS.Dispose();
return(false);
}
destLayer = await destDS.Element(fcname);
if (destLayer == null || !(destLayer.Class is IFeatureClass))
{
_errMsg = "Can't load featureclass " + fcname + "...\r\n" + destDS.LastErrorMessage;
destDS.Dispose();
return(false);
}
IFeatureClass destFC = destLayer.Class as IFeatureClass;
if (project && destFC.SpatialReference != null && !destFC.SpatialReference.Equals(sourceFC.SpatialReference))
{
_transformer = GeometricTransformerFactory.Create();
//_transformer.FromSpatialReference = sourceFC.SpatialReference;
//_transformer.ToSpatialReference = destFC.SpatialReference;
_transformer.SetSpatialReferences(sourceFC.SpatialReference, destFC.SpatialReference);
}
if (!Envelope.IsNull(sIndexDef.SpatialIndexBounds) &&
sIndexDef.SpatialReference != null && !sIndexDef.SpatialReference.Equals(destFC.SpatialReference))
{
if (!sIndexDef.ProjectTo(destFC.SpatialReference))
{
_errMsg = "Can't project SpatialIndex Boundaries...";
destDS.Dispose();
return(false);
}
}
DualTree tree = null;
BinaryTree2Builder tree2 = null;
if (msSpatial)
{
((SqlFDB)fdb).SetMSSpatialIndex((MSSpatialIndex)sIndexDef, destFC.Name);
await((SqlFDB)fdb).SetFeatureclassExtent(destFC.Name, sIndexDef.SpatialIndexBounds);
}
else
{
if (_treeVersion == TreeVersion.BinaryTree)
{
tree = await SpatialIndex(sourceFC, sIndexDef.MaxPerNode, filters);
if (tree == null)
{
return(false);
}
}
else if (_treeVersion == TreeVersion.BinaryTree2)
{
if (_schemaOnly && sourceFC.Dataset.Database is IImplementsBinarayTreeDef)
{
BinaryTreeDef tDef = await((IImplementsBinarayTreeDef)sourceFC.Dataset.Database).BinaryTreeDef(sourceFC.Name);
tree2 = new BinaryTree2Builder(tDef.Bounds, tDef.MaxLevel, tDef.MaxPerNode, tDef.SplitRatio);
}
else
{
tree2 = await SpatialIndex2(fdb, sourceFC, sIndexDef, filters);
if (tree2 == null)
{
return(false);
}
}
}
// Vorab einmal alle "Bounds" festlegen, damit auch
// ein aufzubauender Layer geviewt werden kann
if (_treeVersion == TreeVersion.BinaryTree2 && fdb is AccessFDB)
{
if (ReportAction != null)
{
ReportAction(this, "Insert spatial index nodes");
}
List <long> nids = new List <long>();
foreach (BinaryTree2BuilderNode node in tree2.Nodes)
{
nids.Add(node.Number);
}
await((AccessFDB)fdb).ShrinkSpatialIndex(fcname, nids);
if (ReportAction != null)
{
ReportAction(this, "Set spatial index bounds");
}
//((AccessFDB)fdb).SetSpatialIndexBounds(fcname, "BinaryTree2", tree2.Bounds, sIndexDef.SplitRatio, sIndexDef.MaxPerNode, tree2.maxLevels);
await((AccessFDB)fdb).SetSpatialIndexBounds(fcname, "BinaryTree2", tree2.Bounds, tree2.SplitRatio, tree2.MaxPerNode, tree2.maxLevels);
await((AccessFDB)fdb).SetFeatureclassExtent(fcname, tree2.Bounds);
}
}
if (_cancelTracker.Continue)
{
bool result = true;
if (!_schemaOnly)
{
if (msSpatial)
{
result = await CopyFeatures(sourceFC, fdb, destFC, fieldTranslation, filters);
}
else if (_treeVersion == TreeVersion.BinaryTree)
{
if (String.IsNullOrEmpty(sourceFC.IDFieldName)) // SDE Views haben keine ID -> Tree enthält keine Features
{
result = await CopyFeatures(sourceFC, fdb, destFC, fieldTranslation, filters);
}
else
{
result = await CopyFeatures(sourceFC, fdb, destFC, fieldTranslation, tree);
}
}
else if (_treeVersion == TreeVersion.BinaryTree2)
{
if (String.IsNullOrEmpty(sourceFC.IDFieldName)) // SDE Views haben keine ID -> Tree enthält keine Features
{
result = await CopyFeatures(sourceFC, fdb, destFC, fieldTranslation, filters);
}
else
{
result = await CopyFeatures2(sourceFC, fdb, destFC, fieldTranslation, tree2);
}
}
if (!result)
{
await fdb.DeleteFeatureClass(fcname);
destDS.Dispose();
return(false);
}
}
}
destDS.Dispose();
if (_cancelTracker.Continue && fdb is AccessFDB)
{
if (ReportAction != null)
{
ReportAction(this, "Calculate extent");
}
await((AccessFDB)fdb).CalculateExtent(destFC);
if (msSpatial == false)
{
if (_treeVersion == TreeVersion.BinaryTree)
{
if (ReportAction != null)
{
ReportAction(this, "Set spatial index bounds");
}
await((AccessFDB)fdb).SetSpatialIndexBounds(fcname, "BinaryTree", tree.Bounds, sIndexDef.SplitRatio, sIndexDef.MaxPerNode, 0);
if (ReportAction != null)
{
ReportAction(this, "Insert spatial index nodes");
}
await((AccessFDB)fdb).__intInsertSpatialIndexNodes2(fcname, tree.Nodes);
}
}
return(true);
}
else
{
await fdb.DeleteFeatureClass(fcname);
_errMsg = "Import is canceled by the user...";
return(false);
}
}
finally
{
if (_transformer != null)
{
_transformer.Release();
_transformer = null;
}
}
}