private void RepairWithDataset(IDataLayer2 dataLayer, Moves.GisDataset oldDataset, Moves.GisDataset newDataset, AlertForm alert)
{
// This routine, can only repair workspace path, and dataset name.
// The workspace type and data type must be the same.
// This can be checked with the CSV verifier. Violations will be ignored in the CSV loader
if (oldDataset.DatasourceType != newDataset.DatasourceType ||
oldDataset.WorkspaceProgId != newDataset.WorkspaceProgId)
{
return;
}
var helper = (IDataSourceHelperLayer) new DataSourceHelper();
if (oldDataset.DatasourceName == newDataset.DatasourceName)
{
helper.FindAndReplaceWorkspaceNamePath((ILayer)dataLayer, oldDataset.Workspace.Folder, newDataset.Workspace.Folder, false);
}
else
{
// I can't find a way to simply change the name of the dataset in a layer.
// To set the data source of a layer I need to first open the data source (using the newDataset properties)
// I can then use the Name (as IName) of the data source to fix the layer.
IDataset dataset = TryOpenDataset(newDataset);
if (dataset == null)
{
alert.Text = @"Error";
alert.msgBox.Text = $"Map Fixer is unable to repair the layer {((ILayer2)dataLayer).Name}. " +
"Use the 'Set Data Source button' on the Source tab of the layer properties dialog to " +
$"set the data source to {newDataset.Workspace.Folder}\\{newDataset.DatasourceName}";
alert.ShowDialog(new WindowWrapper(new IntPtr(ArcMap.Application.hWnd)));
return;
}
helper.ReplaceName((ILayer)dataLayer, dataset.FullName, false);
}
}
public void FixMap(Moves moves)
{
var brokenDataSources = GetBrokenDataSources();
// We do not need to do anything if there was nothing to fix
if (brokenDataSources.Count == 0)
{
return;
}
var alert = new AlertForm();
var selector = new SelectionForm();
var autoFixesApplied = 0;
var unFixableLayers = 0;
var intentionallyBroken = 0;
foreach (var item in brokenDataSources)
{
var mapIndex = item.Key;
foreach (IDataLayer2 dataLayer in item.Value)
{
var layerName = dataLayer is IDataset dataset ? dataset.Name : ((ILayer2)dataLayer).Name;
Moves.GisDataset oldDataset = GetDataset(dataLayer);
Moves.Solution? maybeSolution = moves.GetSolution(oldDataset);
if (maybeSolution == null)
{
unFixableLayers += 1;
continue;
}
Moves.Solution solution = maybeSolution.Value;
if (solution.NewDataset != null && solution.ReplacementDataset == null &&
solution.ReplacementLayerFilePath == null && solution.Remarks == null)
{
// This is the optimal action.
// The user is not prompted, since there is no good reason for a user not to click OK.
// The user will be warned that layers have been fixed, and they can choose to not save the changes.
autoFixesApplied += 1;
RepairWithDataset(dataLayer, oldDataset, solution.NewDataset.Value, alert);
}
else
{
selector.LayerName = layerName;
//selector.GisDataset = oldDataset;
selector.Solution = solution;
selector.ShowDialog(new WindowWrapper(new IntPtr(ArcMap.Application.hWnd)));
if (selector.UseLayerFile)
{
RepairWithLayerFile(mapIndex, dataLayer, selector.LayerFile, selector.KeepBrokenLayer, alert);
if (selector.KeepBrokenLayer)
{
intentionallyBroken += 1;
}
}
else if (selector.UseDataset && selector.Dataset.HasValue)
{
RepairWithDataset(dataLayer, oldDataset, selector.Dataset.Value, alert);
}
else
{
intentionallyBroken += 1;
}
}
}
}
// Refresh TOC
ArcMap.Document.UpdateContents(); //update the TOC
ArcMap.Document.ActivatedView.Refresh(); // refresh the view
// Print a Summary
brokenDataSources = GetBrokenDataSources();
// Some unfixable layers may actually have been corrected by fixing the Mosaic Dataset Layer
// Limit unfixable to no more than the actual number of broken layers
unFixableLayers = Math.Min(unFixableLayers, brokenDataSources.Count);
if (autoFixesApplied > 0 || unFixableLayers > 0 || brokenDataSources.Count > intentionallyBroken)
{
string msg = "";
if (autoFixesApplied > 0)
{
msg +=
$"{autoFixesApplied} broken layers were automatically fixed based on the new locations of known data sources. " +
"Close the document without saving if this is not what you want.";
}
if (autoFixesApplied > 0 && (unFixableLayers > 0 || brokenDataSources.Count > 0))
{
msg += "\n\n";
}
if (unFixableLayers > 0)
{
msg +=
$"{unFixableLayers} broken layers could not be fixed; breakage is not due to changes on the PDS (X drive).";
}
if (unFixableLayers < brokenDataSources.Count - intentionallyBroken)
{
// We know that brokenDataSources.Count must be >= unFixableLayers, therefore some of the fixes need fixing
if (unFixableLayers > 0)
{
msg += "\n\n";
}
msg += "Additional fixes are possible and needed. Please save, close and reopen your map.";
}
alert.Text = @"Map Fixer Summary";
alert.msgBox.Text = msg;
alert.ShowDialog(new WindowWrapper(new IntPtr(ArcMap.Application.hWnd)));
}
}
private void RepairWithLayerFile(int mapIndex, IDataLayer2 dataLayer, string newLayerFile, bool keepBrokenLayer, AlertForm alert)
{
// Add Layer File to ActiveView Snippet: (http://help.arcgis.com/en/sdk/10.0/arcobjects_net/componenthelp/index.html#//004900000050000000)
IGxLayer gxLayer = new GxLayer();
IGxFile gxFile = (IGxFile)gxLayer;
gxFile.Path = newLayerFile;
if (gxLayer.Layer != null)
{
// AddLayer will add the new layer at the most appropriate point in the TOC.
// This is much easier and potentially less confusing than adding at the old data location.
ArcMap.Document.Maps.Item[mapIndex].AddLayer(gxLayer.Layer);
if (!keepBrokenLayer)
{
ArcMap.Document.Maps.Item[mapIndex].DeleteLayer((ILayer)dataLayer);
}
}
else
{
// Notify the user that the LayerFile could not be opened (missing, corrupt, ...)
alert.Text = @"Error";
alert.msgBox.Text = $"The layer file '{newLayerFile}' could not be opened.";
alert.ShowDialog(new WindowWrapper(new IntPtr(ArcMap.Application.hWnd)));
}
}
