public void CanRefactorCustomNodeName()
{
const string nodeName = "TheNoodle";
const string catName = "TheCat";
const string descr = "TheCat";
const string path = @"C:\turtle\graphics.dyn";
var guid1 = Guid.NewGuid();
var dummyInfo1 = new CustomNodeInfo(guid1, nodeName, catName, descr, path);
var dummySearch1 = new CustomNodeSearchElement(null, dummyInfo1);
search.Add(dummySearch1);
Assert.AreEqual(1, search.NumElements);
const string newNodeName = "TheTurtle";
var newInfo = new CustomNodeInfo(guid1, newNodeName, catName, descr, path);
dummySearch1.SyncWithCustomNodeInfo(newInfo);
search.Update(dummySearch1);
Assert.AreEqual(1, search.NumElements);
// search for new name
var results = search.Search(newNodeName).ToList();
// results are correct
Assert.AreEqual(1, results.Count());
var res1 = results[0];
Assert.IsInstanceOf<CustomNodeSearchElement>(res1);
Assert.AreEqual(guid1, ((CustomNodeSearchElement)res1).ID);
// search for old name
var results1 = search.Search(nodeName);
// results are correct
Assert.AreEqual(0, results1.Count());
}
private void InitializeCustomNodeManager()
{
CustomNodeManager.MessageLogged += LogMessage;
var customNodeSearchRegistry = new HashSet<Guid>();
CustomNodeManager.InfoUpdated += info =>
{
if (customNodeSearchRegistry.Contains(info.FunctionId)
|| !info.IsVisibleInDynamoLibrary)
return;
var elements = SearchModel.SearchEntries.OfType<CustomNodeSearchElement>().
Where(x =>
{
// Search for common paths and get rid of empty paths.
// It can be empty just in case it's just created node.
return String.Compare(x.Path, info.Path, StringComparison.OrdinalIgnoreCase) == 0 &&
!String.IsNullOrEmpty(x.Path);
}).ToList();
if (elements.Any())
{
foreach (var element in elements)
{
element.SyncWithCustomNodeInfo(info);
SearchModel.Update(element);
}
return;
}
customNodeSearchRegistry.Add(info.FunctionId);
var searchElement = new CustomNodeSearchElement(CustomNodeManager, info);
SearchModel.Add(searchElement);
Action<CustomNodeInfo> infoUpdatedHandler = null;
infoUpdatedHandler = newInfo =>
{
if (info.FunctionId == newInfo.FunctionId)
{
bool isCategoryChanged = searchElement.FullCategoryName != newInfo.Category;
searchElement.SyncWithCustomNodeInfo(newInfo);
SearchModel.Update(searchElement, isCategoryChanged);
}
};
CustomNodeManager.InfoUpdated += infoUpdatedHandler;
CustomNodeManager.CustomNodeRemoved += id =>
{
CustomNodeManager.InfoUpdated -= infoUpdatedHandler;
if (info.FunctionId == id)
{
customNodeSearchRegistry.Remove(info.FunctionId);
SearchModel.Remove(searchElement);
var workspacesToRemove = _workspaces.FindAll(w => w is CustomNodeWorkspaceModel
&& (w as CustomNodeWorkspaceModel).CustomNodeId == id);
workspacesToRemove.ForEach(w => RemoveWorkspace(w));
}
};
};
CustomNodeManager.DefinitionUpdated += UpdateCustomNodeDefinition;
}
public void CanRefactorCustomNodeDescription()
{
const string nodeName = "TheNoodle";
const string catName = "TheCat";
const string descr = "TheCat";
const string path = @"C:\turtle\graphics.dyn";
var guid1 = Guid.NewGuid();
var dummyInfo1 = new CustomNodeInfo(guid1, nodeName, catName, descr, path);
var dummySearch1 = new CustomNodeSearchElement(null, dummyInfo1);
search.Add(dummySearch1);
Assert.AreEqual(1, search.NumElements);
// search for name
var results = search.Search(nodeName).ToList();
// results are correct
Assert.AreEqual(1, results.Count());
var res1 = results[0];
Assert.IsInstanceOf<CustomNodeSearchElement>(res1);
Assert.AreEqual(guid1, ((CustomNodeSearchElement)res1).ID);
// refactor description
const string newDescription = "Tickle me elmo";
var newInfo = new CustomNodeInfo(guid1, nodeName, catName, newDescription, path);
dummySearch1.SyncWithCustomNodeInfo(newInfo);
search.Update(dummySearch1);
// num elements is unchanged
Assert.AreEqual(1, search.NumElements);
// search for name
var results1 = search.Search(nodeName).ToList();
// description is updated
Assert.AreEqual(1, results1.Count());
var res2 = results1[0];
Assert.IsInstanceOf<CustomNodeSearchElement>(res2);
Assert.AreEqual(guid1, ((CustomNodeSearchElement)res2).ID);
Assert.AreEqual(newDescription, res2.Description);
}
public void CanRefactorCustomNodeWhilePreservingDuplicates()
{
const string nodeName = "TheNoodle";
const string catName = "TheCat";
const string descr = "TheCat";
const string path = @"C:\turtle\graphics.dyn";
var guid1 = Guid.NewGuid();
var dummyInfo1 = new CustomNodeInfo(guid1, nodeName, catName, descr, path);
var dummySearch1 = new CustomNodeSearchElement(null, dummyInfo1);
var dummySearch2 = new CustomNodeSearchElement(null, dummyInfo1);
search.Add(dummySearch1);
search.Add(dummySearch2);
Assert.AreEqual(2, search.NumElements);
// refactor one of the nodes with newNodeName
const string newNodeName = "TheTurtle";
var newInfo = new CustomNodeInfo(guid1, newNodeName, catName, descr, path);
dummySearch1.SyncWithCustomNodeInfo(newInfo);
search.Update(dummySearch1);
// num elements is unchanged
Assert.AreEqual(2, search.NumElements);
// search for new name
var results = search.Search(newNodeName).ToList();
// results are correct - only one result
Assert.AreEqual(1, results.Count());
var res1 = results[0];
Assert.IsInstanceOf<CustomNodeSearchElement>(res1);
Assert.AreSame(dummySearch1, res1);
// search for old name
results = search.Search(nodeName).ToList();
// results are correct - the first nodes are returned
Assert.AreEqual(1, results.Count());
var res2 = results[0];
Assert.IsInstanceOf<CustomNodeSearchElement>(res2);
Assert.AreSame(dummySearch2, res2);
}
private void InitializeCustomNodeManager()
{
CustomNodeManager.MessageLogged += LogMessage;
var customNodeSearchRegistry = new HashSet<Guid>();
CustomNodeManager.InfoUpdated += info =>
{
if (customNodeSearchRegistry.Contains(info.FunctionId))
return;
var elements = SearchModel.SearchEntries.OfType<CustomNodeSearchElement>().Where(
x =>
{
return string.Compare(x.Path, info.Path, StringComparison.OrdinalIgnoreCase) == 0;
}).ToList();
if (elements.Any())
{
foreach (var element in elements)
{
element.SyncWithCustomNodeInfo(info);
SearchModel.Update(element);
}
return;
}
customNodeSearchRegistry.Add(info.FunctionId);
var searchElement = new CustomNodeSearchElement(CustomNodeManager, info);
SearchModel.Add(searchElement);
CustomNodeManager.InfoUpdated += newInfo =>
{
if (info.FunctionId == newInfo.FunctionId)
{
bool isCategoryChanged = searchElement.FullCategoryName != newInfo.Category;
searchElement.SyncWithCustomNodeInfo(newInfo);
SearchModel.Update(searchElement, isCategoryChanged);
}
};
CustomNodeManager.CustomNodeRemoved += id =>
{
if (info.FunctionId == id)
{
customNodeSearchRegistry.Remove(info.FunctionId);
SearchModel.Remove(searchElement);
var workspacesToRemove = _workspaces.FindAll(w => w is CustomNodeWorkspaceModel
&& (w as CustomNodeWorkspaceModel).CustomNodeId == id);
workspacesToRemove.ForEach(w => RemoveWorkspace(w));
}
};
};
CustomNodeManager.DefinitionUpdated += UpdateCustomNodeDefinition;
}
private void InitializeCustomNodeManager()
{
CustomNodeManager.MessageLogged += LogMessage;
var customNodeSearchRegistry = new HashSet<Guid>();
CustomNodeManager.InfoUpdated += info =>
{
if (customNodeSearchRegistry.Contains(info.FunctionId))
return;
customNodeSearchRegistry.Add(info.FunctionId);
var searchElement = new CustomNodeSearchElement(CustomNodeManager, info);
SearchModel.Add(searchElement);
CustomNodeManager.InfoUpdated += newInfo =>
{
if (info.FunctionId == newInfo.FunctionId)
{
bool isCategoryChanged = searchElement.FullCategoryName != newInfo.Category;
searchElement.SyncWithCustomNodeInfo(newInfo);
SearchModel.Update(searchElement, isCategoryChanged);
}
};
CustomNodeManager.CustomNodeRemoved += id =>
{
if (info.FunctionId == id)
{
customNodeSearchRegistry.Remove(info.FunctionId);
SearchModel.Remove(searchElement);
var workspacesToRemove = _workspaces.FindAll(w => w is CustomNodeWorkspaceModel
&& (w as CustomNodeWorkspaceModel).CustomNodeId == id);
workspacesToRemove.ForEach(w => RemoveWorkspace(w));
}
};
};
CustomNodeManager.DefinitionUpdated += UpdateCustomNodeDefinition;
}