/// <summary>
/// TODO: I don't like how this is public.
/// </summary>
public void ProcessDelayedActions()
{
if (InProcessNode != null)
{
TransactionFramework.TransactionChain chain = new TransactionFramework.TransactionChain();
InProcessNode.DelayedActions.CreateTransactions(ref chain);
foreach (Proxy.IMetadataSet metadataSet in Metadata)
{
Proxy.FacadeMetadataSet facadeMetadataSet = metadataSet as Proxy.FacadeMetadataSet;
if (facadeMetadataSet != null)
{
SoapMetadataSet soapMetadataSet = facadeMetadataSet.BaseMetadata as SoapMetadataSet;
if (soapMetadataSet != null)
{
soapMetadataSet.ProcessDelayedActions(ref chain);
}
}
}
MapManager.ExecuteTransaction(chain);
}
}
private void CommitCollapseState(Node node, CollapseState state, ref TransactionFramework.TransactionChain chain)
{
var relationships = node.Proxy.Relationships.FindRelationships(FromConnectionType, MapContainerRelationshipType);
var isComplete = false;
foreach (Proxy.IRelationship relationship in relationships)
{
var potentialMapNodes = relationship.Nodes.FindNodes(ToConnectionType);
foreach (Proxy.INode mapNode in potentialMapNodes)
{
if (mapNode.Id == Map.Id)
{
isComplete = true;
node.Proxy.Metadata.Add(relationship, FromConnectionType, _collapseStateKey, state.ToString(), ref chain);
break;
}
}
if (isComplete)
{
break;
}
}
}
public void ProcessDelayedActions(ref TransactionFramework.TransactionChain chain)
{
if (InProcessMetadata != null)
{
InProcessMetadata.DelayedActions.CreateTransactions(ref chain);
}
}
public void CreateTransactions(ref TransactionFramework.TransactionChain chain)
{
foreach (DelayedMetadataAction action in QueuedActions)
{
switch (action.Action)
{
case Proxy.TransactionActionType.Deleted:
// As this is metadata that hasn't yet been created, we don't need to delete it, we just do nothing with it.
return;
case Proxy.TransactionActionType.Updated:
{
TransactionFramework.UpdateMetadataTransactionLink updateMetadataTransaction = CreateMetadataUpdateTransaction(action);
if (updateMetadataTransaction != null)
{
chain.AddTransaction(updateMetadataTransaction);
}
break;
}
default:
break;
}
}
}
public void AddTransactionChain(TransactionFramework.TransactionChain transactionChain)
{
TransactionChains.Enqueue(transactionChain);
_hasChanged = true;
//Save();
}
public void ExecuteOperation()
{
TransactionFramework.TransactionChain chain = new TransactionFramework.TransactionChain();
Response = OperationBuilder.BuildTransactionChain(ref chain);
chain.TransactionCompleted += ChainOnTransactionCompleted;
MapManager.ExecuteTransaction(chain);
}
public void ExecuteOperation()
{
TransactionFramework.TransactionChain chain = new TransactionFramework.TransactionChain();
Response = OperationBuilder.BuildTransactionChain(ref chain);
chain.TransactionCompleted += ChainOnTransactionCompleted;
MapManager.ExecuteTransaction(chain);
}
private void CommitLocation(Node node, Point location, ref TransactionFramework.TransactionChain chain)
{
//Replaced properties with Get methods in order to trace which property throws Null reference exception.
var relationships = GetRelationships(GetProxy(node)).FindRelationships(FromConnectionType, MapContainerRelationshipType);
var isComplete = false;
foreach (var relationship in relationships)
{
var potentialMapNodes = GetNodesFromRelationship(relationship).FindNodes(ToConnectionType);
foreach (Proxy.INode mapNode in potentialMapNodes)
{
if (mapNode.Id == GetMapId())
{
isComplete = true;
GetMetadataCollection(GetProxy(node)).Add(relationship, FromConnectionType, "XPosition", GetXPosition(location).ToString(), ref chain);
GetMetadataCollection(GetProxy(node)).Add(relationship, FromConnectionType, "YPosition", GetYPosition(location).ToString(), ref chain);
break;
}
}
if (isComplete)
{
break;
}
}
}
public void CreateTransactions(ref TransactionFramework.TransactionChain chain)
{
TransactionFramework.DeleteNodeTransactionLink deleteTransaction = null;
TransactionFramework.UpdateNodeTransactionLink updateTransaction = null;
foreach (DelayedNodeAction action in QueuedActions)
{
switch (action.Action)
{
case TransactionalNodeService.Proxy.TransactionActionType.Deleted:
deleteTransaction = CreateNodeDeletionTransaction(action);
if (deleteTransaction != null)
{
chain.AddTransaction(deleteTransaction);
}
return;
case TransactionalNodeService.Proxy.TransactionActionType.TypeUpdated:
updateTransaction = CreateNodeUpdatedTransaction(action);
break;
default:
break;
}
}
if (updateTransaction != null)
{
chain.AddTransaction(updateTransaction);
}
}
public void Delete(string key, ref TransactionFramework.TransactionChain chain)
{
if (Metadata.ContainsKey(key))
{
Metadata[key].Metadata.MetadataSet.Delete(ref chain);
Remove(key);
}
}
public void Delete()
{
if (MetadataSet != null)
{
var chain = new TransactionChain();
MetadataSet.Delete(ref chain);
MapManager.ExecuteTransaction(chain);
}
}
public virtual void Delete(ref TransactionFramework.TransactionChain chain)
{
IMetadataSetManager metadataSetManager = this;
metadataSetManager.Container.Remove(this);
/// TODO: Need to consider whether the following should be done here.
//MetadataSetFactory.GetInstance(MapManager).Remove(this);
}
public TransactionFramework.TransactionChain MoveToNextChain()
{
CurrentChain = TransactionChains.Dequeue();
_hasChanged = true;
//Save();
return(CurrentChain);
}
public void ExecuteTransaction(TransactionFramework.TransactionChain transactionChain)
{
/// TODO: Need to figure why this is happening for the re-alignment code.
/// TODO: Probably should add a warning in the debugger to indicate there is a potential performance problem if there are too many chains with empty transactions.
if (transactionChain.NumOfTransactions <= 0)
{
return;
}
TransactionFramework.ISoapTransactionLinkExecutor executor = transactionChain;
if (executor == null)
{
throw new NotSupportedException("This is not a supported type of link. This link does not implement ISoapTransactionLinkExecutor.");
}
lock (_executionThreadsLock)
{
ExecutionThreads.AddTransactionChain(transactionChain);
if (_isInProcess)
{
executor = null;
}
else
{
ExecutionThreads.MoveToNextChain();
_isInProcess = true;
}
}
if (MapManagerActivityStatusUpdated != null)
{
Proxy.MapManagerActivityEventArgs status = new Proxy.MapManagerActivityEventArgs();
status.TransactionsLeft = ExecutionThreads.Count + 1;
status.Status = Proxy.ActivityStatusEnum.Busy;
MapManagerActivityStatusUpdated.Invoke(this, status);
}
if (executor != null)
{
/// TODO: Remove the following
TransactionFramework.TransactionChain chain = executor as TransactionFramework.TransactionChain;
if (chain != null)
{
System.Diagnostics.Debug.WriteLine(chain.ChainId);
}
///
executor.TransactionFailed += OnTransactionFailed;
executor.TransactionCompleted += OnTransactionCompleted;
executor.ExecuteTransaction(Guid.Empty, ServiceProxy);
}
}
public override void Delete(ref TransactionFramework.TransactionChain chain)
{
base.Delete(ref chain);
DelayedMetadataAction delayedAction = new DelayedMetadataAction();
delayedAction.Action = TransactionActionType.Deleted;
DelayedActions.Enqueue(delayedAction);
}
/// <summary>
/// TODO: I don't like how this is public.
/// </summary>
public void ProcessDelayedActions()
{
if (InProcessRelationship != null)
{
TransactionFramework.TransactionChain chain = new TransactionFramework.TransactionChain();
InProcessRelationship.DelayedActions.CreateTransactions(ref chain);
MapManager.ExecuteTransaction(chain);
}
}
public override void Delete(ref TransactionFramework.TransactionChain chain)
{
MapManager.RelationshipFactory.DeleteRelationship(this);
TransactionFramework.DeleteRelationshipTransactionLink deleteRelationship = new TransactionFramework.DeleteRelationshipTransactionLink();
deleteRelationship.DomainId = DomainId;
deleteRelationship.MapManager = MapManager;
deleteRelationship.Relationship = this;
chain.AddTransaction(deleteRelationship);
}
public override void Delete(ref TransactionFramework.TransactionChain chain)
{
MapManager.NodeFactory.DeleteNode(this);
TransactionFramework.DeleteNodeTransactionLink deleteNode = new TransactionFramework.DeleteNodeTransactionLink();
deleteNode.DomainId = DomainId;
deleteNode.MapManager = MapManager;
deleteNode.Node = this;
chain.AddTransaction(deleteNode);
}
public void ExecuteOperation()
{
var chain = new TransactionFramework.TransactionChain();
_inProcessRelationship = MapManager.CreateRelationship(From.DomainId, From.RootMapId.Value, FromToRelationshipType, string.Empty, ref chain);
_inProcessRelationship.ConnectNode(FromConnectionType, From, ref chain);
_inProcessRelationship.ConnectNode(ToConnectionType, To, ref chain);
Response = new TransactionFramework.InProcessTransactionResponse();
Response.Relationships.Add(_inProcessRelationship);
chain.TransactionCompleted += ChainOnTransactionCompleted;
MapManager.ExecuteTransaction(chain);
}
public bool SetName(string name, ref TransactionChain chain)
{
if (MetadataSet.Name != name)
{
MetadataSet.Update(name, null, null, null, null, ref chain);
OnNotifyPropertyChanged("Name");
return true;
}
return false;
}
public void ExecuteOperation()
{
var chain = new TransactionFramework.TransactionChain();
_inProcessRelationship = MapManager.CreateRelationship(From.DomainId, From.RootMapId.Value, FromToRelationshipType, string.Empty, ref chain);
_inProcessRelationship.ConnectNode(FromConnectionType, From, ref chain);
_inProcessRelationship.ConnectNode(ToConnectionType, To, ref chain);
Response = new TransactionFramework.InProcessTransactionResponse();
Response.Relationships.Add(_inProcessRelationship);
chain.TransactionCompleted += ChainOnTransactionCompleted;
MapManager.ExecuteTransaction(chain);
}
private void ViewModelNode_LocationChanged(object sender, LocationChangedEventArgs e)
{
var node = sender as Node;
if (node != null)
{
var chain = new TransactionFramework.TransactionChain();
CommitLocation(node, e.Location, ref chain);
MapManager.ExecuteTransaction(chain);
}
}
public bool SetValue(string value, ref TransactionChain chain)
{
if (MetadataSet.Value != value)
{
MetadataSet.Update(null, value, null, null, null, ref chain);
OnNotifyPropertyChanged("Value");
return true;
}
return false;
}
public void ExecuteOperation()
{
if (Relationship.RelationshipType == MapManager.RelationshipTypes["TransclusionFromToRelationship"])
{
///TODO Chris: Need to check this
//throw new NotSupportedException("Transclusions can't be deleted using a standard relationship delete method.");
}
TransactionFramework.TransactionChain chain = new TransactionFramework.TransactionChain();
chain.TransactionCompleted += ChainOnTransactionCompleted;
Relationship.Delete(ref chain);
MapManager.ExecuteTransaction(chain);
}
public void ExecuteOperation()
{
var chain = new TransactionFramework.TransactionChain();
chain.TransactionCompleted += ChainOnTransactionCompleted;
foreach (var keyValuePair in Relationships)
{
if (keyValuePair.Key.Proxy.RelationshipType == MapManager.RelationshipTypes["TransclusionFromToRelationship"])
{
///TODO Chris: Need to check this
//throw new NotSupportedException("Transclusions can't be deleted using a standard relationship delete method.");
}
keyValuePair.Key.Proxy.Delete(ref chain);
}
MapManager.ExecuteTransaction(chain);
}
public void ExecuteOperation()
{
Response = new TransactionFramework.InProcessTransactionResponse();
var chain = new TransactionFramework.TransactionChain();
chain.TransactionCompleted += ChainOnTransactionCompleted;
while (Operations.Count > 0)
{
IBatchOperation operation = Operations.Dequeue();
TransactionFramework.InProcessTransactionResponse newResponse = operation.BuildTransactionChain(ref chain);
Response.Add(newResponse);
}
MapManager.ExecuteTransaction(chain);
}
public override void Update(Proxy.NodeType nodeType, ref TransactionFramework.TransactionChain chain)
{
NodeType = nodeType;
if (LastUpdateNode != null && LastUpdateNode.TransactionStatus == TransactionFramework.ServerStatus.ProcessingClient)
{
LastUpdateNode.NodeType = nodeType;
}
else
{
LastUpdateNode = CreateNewUpdateNode(nodeType);
chain.AddTransaction(LastUpdateNode);
}
chain.TransactionExecuting += OnTransactionExecuting;
}
public bool SetName(string name, ref TransactionChain chain)
{
if (_name != name)
{
_name = name;
if (PropertyChanged != null)
{
PropertyChanged(this, new PropertyChangedEventArgs("Name"));
}
return true;
}
return false;
}
public void ExecuteOperation()
{
var chain = new TransactionFramework.TransactionChain();
chain.TransactionCompleted += ChainOnTransactionCompleted;
foreach (var keyValuePair in Relationships)
{
if (keyValuePair.Key.Proxy.RelationshipType == MapManager.RelationshipTypes["TransclusionFromToRelationship"])
{
///TODO Chris: Need to check this
//throw new NotSupportedException("Transclusions can't be deleted using a standard relationship delete method.");
}
keyValuePair.Key.Proxy.Delete(ref chain);
}
MapManager.ExecuteTransaction(chain);
}
public void ExecuteOperation()
{
if (Relationship.RelationshipType == MapManager.RelationshipTypes["TransclusionFromToRelationship"])
{
///TODO Chris: Need to check this
//throw new NotSupportedException("Transclusions can't be deleted using a standard relationship delete method.");
}
TransactionFramework.TransactionChain chain = new TransactionFramework.TransactionChain();
chain.TransactionCompleted += ChainOnTransactionCompleted;
Relationship.Delete(ref chain);
MapManager.ExecuteTransaction(chain);
}
public void ExecuteTransactions(Queue <TransactionFramework.TransactionChain> chains)
{
TransactionFramework.TransactionChain firstChain = null;
lock (_executionThreadsLock)
{
while (chains.Count > 0)
{
TransactionFramework.TransactionChain chain = chains.Dequeue();
/// TODO: Need to figure why this is happening for the re-alignment code.
/// TODO: Probably should add a warning in the debugger to indicate there is a potential performance problem if there are too many chains with empty transactions.
if (chain.NumOfTransactions <= 0)
{
continue;
}
if (firstChain == null)
{
firstChain = chain;
ExecutionThreads.AddTransactionChain(firstChain);
if (_isInProcess)
{
firstChain = null;
}
else
{
ExecutionThreads.MoveToNextChain();
_isInProcess = true;
}
}
else
{
ExecutionThreads.AddTransactionChain(chain);
}
}
}
if (firstChain != null)
{
firstChain.TransactionFailed += OnTransactionFailed;
firstChain.TransactionCompleted += OnTransactionCompleted;
firstChain.ExecuteTransaction(Guid.Empty, ServiceProxy);
}
}
public void ExecuteOperation()
{
Response = new TransactionFramework.InProcessTransactionResponse();
var chain = new TransactionFramework.TransactionChain();
chain.TransactionCompleted += ChainOnTransactionCompleted;
while (Operations.Count > 0)
{
IBatchOperation operation = Operations.Dequeue();
TransactionFramework.InProcessTransactionResponse newResponse = operation.BuildTransactionChain(ref chain);
Response.Add(newResponse);
}
MapManager.ExecuteTransaction(chain);
}
public override void Update(Proxy.RelationshipType relationshipType, ref TransactionFramework.TransactionChain chain)
{
RelationshipType = relationshipType;
if (LastUpdateRelationship != null && LastUpdateRelationship.TransactionStatus == TransactionFramework.ServerStatus.ProcessingClient)
{
LastUpdateRelationship.RelationshipType = relationshipType;
}
else
{
LastUpdateRelationship = CreateNewUpdateRelationship();
LastUpdateRelationship.RelationshipType = relationshipType;
chain.AddTransaction(LastUpdateRelationship);
}
chain.TransactionExecuting += OnTransactionExecuting;
}
/// <summary>
/// Executes the number of transactions specified.
/// False if all transactions have been executed. True if there are still transactions to complete.
/// </summary>
/// <param name="numberOfTransactions"></param>
/// <returns>False if all transactions have been executed. True if there are still transactions to complete.</returns>
public bool ExecuteTransactions(int numberOfTransactions)
{
for (int i = 0; i < numberOfTransactions; i++)
{
if (TransactionQueue.Count > 0)
{
TransactionFramework.TransactionChain transactionChain = TransactionQueue.Dequeue();
transactionChain.TransactionCompleted += TransactionChainOnTransactionCompleted;
MapManager.ExecuteTransaction(transactionChain);
}
else
{
return(false);
}
}
return(TransactionQueue.Count > 0);
}
public void ExecuteOperation()
{
CloneMap = new Dictionary<Node, INode>();
var chain = new TransactionChain();
chain.TransactionCompleted += ChainOnTransactionCompleted;
Response = new InProcessTransactionResponse();
foreach (var node in Nodes)
{
CloneMap.Add(node, BuildTransactionForNode(node, ref chain));
}
foreach (var relationship in Relationships)
{
BuildTransactionForRelationship(relationship, ref chain);
}
MapManager.ExecuteTransaction(chain);
}
private void OnTransactionChainFacadesCompleted(object sender, EventArgs e)
{
TransactionFramework.DependencyCollection dependencies = sender as TransactionFramework.DependencyCollection;
if (dependencies == null)
{
return;
}
TransactionFramework.TransactionChain chain = dependencies.State as TransactionFramework.TransactionChain;
if (chain == null)
{
return;
}
IncompleteExecutionThreads.Remove(chain);
ExecuteTransaction(chain);
}
private void BuildRootViewRelationships(ref Queue <TransactionFramework.TransactionChain> transactionQueue)
{
TransactionFramework.TransactionChain chain = new TransactionFramework.TransactionChain();
foreach (CompendiumViewRelationship viewRelationship in RootViews)
{
Proxy.INode proxyNode = ProxyNodes[viewRelationship.FromNode.Id];
Proxy.IRelationship newRelationship = MapManager.CreateRelationship(Map.DomainId, Map.RootMapId.Value, MapManager.RelationshipTypes["MapContainerRelationship"], string.Empty, ref chain);
newRelationship.ConnectNode(MapManager.ConnectionTypes["To"], Map, ref chain);
newRelationship.ConnectNode(MapManager.ConnectionTypes["From"], proxyNode, ref chain);
proxyNode.Metadata.Add(newRelationship, MapManager.ConnectionTypes["From"], "XPosition", viewRelationship.XPosition.ToString(), ref chain);
proxyNode.Metadata.Add(newRelationship, MapManager.ConnectionTypes["From"], "YPosition", viewRelationship.YPosition.ToString(), ref chain);
//MapManager.ExecuteTransaction(chain);
}
transactionQueue.Enqueue(chain);
}
public void CreateTransactions(ref TransactionFramework.TransactionChain chain)
{
TransactionFramework.DeleteRelationshipTransactionLink deleteTransaction = null;
TransactionFramework.UpdateRelationshipTransactionLink updateTransaction = null;
foreach (DelayedRelationshipAction action in QueuedActions)
{
switch (action.Action)
{
case TransactionalNodeService.Proxy.TransactionActionType.Deleted:
deleteTransaction = CreateRelationshipDeletionTransaction(action);
if (deleteTransaction != null)
{
chain.AddTransaction(deleteTransaction);
}
return;
case TransactionalNodeService.Proxy.TransactionActionType.Updated:
updateTransaction = updateTransaction ?? CreateRelationshipUpdatedTransaction(action);
updateTransaction.AddNode(action.ConnectionType, action.Node);
break;
case TransactionalNodeService.Proxy.TransactionActionType.TypeUpdated:
updateTransaction = updateTransaction ?? CreateRelationshipUpdatedTransaction(action);
updateTransaction.RelationshipType = action.RelationshipType;
break;
default:
break;
}
}
if (updateTransaction != null)
{
chain.AddTransaction(updateTransaction);
}
}
private void BuildNodeTransactions(ref Queue <TransactionFramework.TransactionChain> transactionQueue)
{
var transactionCounts = 0;
var chain = new TransactionFramework.TransactionChain();
foreach (XmlModel.INode node in Nodes)
{
if (node.NodeType == MapManager.NodeTypes["DomainNode"])
{
continue;
}
if (transactionCounts >= 150)
{
transactionQueue.Enqueue(chain);
chain = new TransactionFramework.TransactionChain();
transactionCounts = 0;
}
else
{
transactionCounts++;
}
Proxy.INode newNode = MapManager.CreateNode(Map.DomainId, Map.RootMapId.Value, node.NodeType, string.Empty, ref chain);
ProxyNodes[node.Id] = newNode;
newNode.Metadata.Add(null, null, "Name", node.Name, ref chain);
if (node.NodeType == MapManager.NodeTypes["CompendiumReferenceNode"])
{
var link = string.Format("{0}/{1}/{2}", App.Params.SiteUrl, App.Params.FileUploadLibrary, node.Name);
newNode.Metadata.Add(null, null, "Link", link, ref chain);
}
//MapManager.ExecuteTransaction(chain);
}
transactionQueue.Enqueue(chain);
}
private void BuildNodeTransactions(ref Queue<TransactionFramework.TransactionChain> transactionQueue)
{
var transactionCounts = 0;
var chain = new TransactionFramework.TransactionChain();
foreach (XmlModel.INode node in Nodes)
{
if (node.NodeType == MapManager.NodeTypes["DomainNode"])
{
continue;
}
if (transactionCounts >= 150)
{
transactionQueue.Enqueue(chain);
chain = new TransactionFramework.TransactionChain();
transactionCounts = 0;
}
else
{
transactionCounts++;
}
Proxy.INode newNode = MapManager.CreateNode(Map.DomainId, Map.RootMapId.Value, node.NodeType, string.Empty, ref chain);
ProxyNodes[node.Id] = newNode;
newNode.Metadata.Add(null, null, "Name", node.Name, ref chain);
if (node.NodeType == MapManager.NodeTypes["CompendiumReferenceNode"])
{
var link = string.Format("{0}/{1}/{2}", App.Params.SiteUrl, App.Params.FileUploadLibrary, node.Name);
newNode.Metadata.Add(null, null, "Link", link, ref chain);
}
//MapManager.ExecuteTransaction(chain);
}
transactionQueue.Enqueue(chain);
}
public void ExecuteOperation()
{
var chain = new TransactionFramework.TransactionChain();
chain.TransactionCompleted += CommitLocationsCompleted;
var isUpdated = false;
foreach (var node in Nodes)
{
if (node.IsLocationDirty)
{
node.IsLocationDirty = false;
isUpdated = true;
CommitLocation(node, node.Location, ref chain);
}
}
MapManager.ExecuteTransaction(chain);
if (!isUpdated)
{
CommitLocationsCompleted(this, null);
}
}
public void ExecuteOperation()
{
Response = new TransactionFramework.InProcessTransactionResponse();
TransactionFramework.TransactionChain chain = new TransactionFramework.TransactionChain();
chain.TransactionCompleted += ChainOnTransactionCompleted;
while (Operations.Count > 0)
{
TranscludeNodesOperation operation = Operations.Dequeue();
if (chain.NumOfTransactions > 50)
{
MapManager.ExecuteTransaction(chain);
chain = new TransactionFramework.TransactionChain();
}
TransactionFramework.InProcessTransactionResponse newResponse = operation.OperationBuilder.BuildTransactionChain(ref chain);
Response.Add(newResponse);
}
MapManager.ExecuteTransaction(chain);
}
public void ExecuteOperation()
{
var chain = new TransactionChain();
chain.TransactionCompleted += ChainOnTransactionCompleted;
INode newNode = MapManager.CreateNode(Map.DomainId, Map.RootMapId.Value, NodeType, string.Empty, ref chain);
IRelationship newMapContainerRelationship = MapManager.CreateRelationship(Map.DomainId, Map.RootMapId.Value, MapContainerRelationshipType, string.Empty, ref chain);
newMapContainerRelationship.ConnectNode(FromConnectionType, newNode, ref chain);
newMapContainerRelationship.ConnectNode(ToConnectionType, Map, ref chain);
newNode.Metadata.Add(newMapContainerRelationship, FromConnectionType, "XPosition", X.ToString(), ref chain);
newNode.Metadata.Add(newMapContainerRelationship, FromConnectionType, "YPosition", Y.ToString(), ref chain);
newNode.Metadata.Add(newMapContainerRelationship, FromConnectionType, "CollapseState", "None", ref chain);
newNode.Metadata.Add(newMapContainerRelationship, FromConnectionType, "Visibility", "Visible", ref chain);
if (DefaultMetadata != null)
{
if (!DefaultMetadata.ContainsKey("Name"))
{
newNode.Metadata.Add(null, null, "Name", string.Empty, ref chain);
}
foreach (var valuePair in DefaultMetadata)
{
newNode.Metadata.Add(null, null, valuePair.Key, valuePair.Value, ref chain);
}
}
else
{
newNode.Metadata.Add(null, null, "Name", string.Empty, ref chain);
}
Response = new InProcessTransactionResponse();
Response.Nodes.Add(newNode);
Response.Relationships.Add(newMapContainerRelationship);
MapManager.ExecuteTransaction(chain);
}
private INode BuildTransactionForNode(Node node, ref TransactionChain chain)
{
INode newNode = MapManager.CreateNode(Map.DomainId, Map.RootMapId.Value, node.Proxy.NodeType, string.Empty, ref chain);
IRelationship newMapContainerRelationship = MapManager.CreateRelationship(Map.DomainId, Map.RootMapId.Value, MapContainerRelationshipType, string.Empty, ref chain);
newMapContainerRelationship.ConnectNode(FromConnectionType, newNode, ref chain);
newMapContainerRelationship.ConnectNode(ToConnectionType, Map, ref chain);
newNode.Metadata.Add(newMapContainerRelationship, FromConnectionType, "XPosition", (node.Location.X + 100).ToString(), ref chain);
newNode.Metadata.Add(newMapContainerRelationship, FromConnectionType, "YPosition", (node.Location.Y + 100).ToString(), ref chain);
newNode.Metadata.Add(newMapContainerRelationship, FromConnectionType, "CollapseState", "None", ref chain);
newNode.Metadata.Add(newMapContainerRelationship, FromConnectionType, "Visibility", "Visible", ref chain);
foreach (var metadata in node.Metadata)
{
if (!string.IsNullOrEmpty(metadata.Value.Value))
{
newNode.Metadata.Add(null, null, metadata.Key, metadata.Value.Value, ref chain);
}
}
Response.Nodes.Add(newNode);
return newNode;
}
private void OnPlaceholderPropertyChanged(object sender, PropertyChangedEventArgs e)
{
var propertyPlaceholder = sender as NewDataGridPropertyPlaceholder;
if (propertyPlaceholder == null )
{
return;
}
if (string.IsNullOrEmpty(propertyPlaceholder.Name.Trim()))
{
return;
}
if (propertyPlaceholder.IsNew && MetadataCollection.ContainsKey(propertyPlaceholder.Name))
{
throw new Exception("Duplicate Name Inserted");
}
if (MetadataUpdating != null)
{
MetadataUpdating(this, null);
}
var chain = new TransactionChain();
chain.TransactionCompleted += OnTransactionCompleted;
string propertyValue = "";
if (!string.IsNullOrEmpty(propertyPlaceholder.Value))
{
propertyValue = propertyPlaceholder.Value;
}
var multipleNodeMetadata = MetadataCollection["Name"] as MultipleNodeMetadata;
if (multipleNodeMetadata != null)
{
foreach (var node in multipleNodeMetadata.NodeContainer.NodeProperties)
{
node.Metadata.Add(propertyPlaceholder.Name, propertyValue, ref chain);
}
}
else
{
propertyPlaceholder.MetadataSet = MetadataCollection.Add(propertyPlaceholder.Name, propertyValue, ref chain);
}
MapManager.ExecuteTransaction(chain);
if (propertyPlaceholder.IsNew)
{
propertyPlaceholder.IsNew = false;
AddNewLine();
}
}
public void ExecuteOperation()
{
var chain = new TransactionFramework.TransactionChain();
chain.TransactionCompleted += CommitLocationsCompleted;
var isUpdated = false;
foreach (var node in Nodes)
{
if (node.IsLocationDirty)
{
node.IsLocationDirty = false;
isUpdated = true;
CommitLocation(node, node.Location, ref chain);
}
}
MapManager.ExecuteTransaction(chain);
if (!isUpdated)
{
CommitLocationsCompleted(this, null);
}
}
public bool SetValue(string value, ref TransactionChain chain)
{
if (_value != value)
{
_value = value;
if (PropertyChanged != null)
{
PropertyChanged(this, new PropertyChangedEventArgs("Value"));
}
return true;
}
return false;
}
private void BuildRelationships(ref Queue<TransactionFramework.TransactionChain> transactionQueue)
{
int transactionCounts = 0;
TransactionFramework.TransactionChain chain = new TransactionFramework.TransactionChain();
foreach (XmlModel.INode node in Nodes)
{
foreach (XmlModel.IDescriptor descriptor in node.Descriptors)
{
if (descriptor.DescriptorType == null || descriptor.DescriptorType.Name == "From")
{
continue;
}
XmlModel.IRelationship relationship = descriptor.Relationship;
XmlModel.INode connectedNode = null;
foreach (XmlModel.IDescriptor linkedDescriptor in relationship.Descriptors)
{
if (linkedDescriptor != descriptor)
{
connectedNode = linkedDescriptor.Node;
break;
}
}
if (connectedNode == null)
{
// This means that there was no connected nodes or there may have been a circular reference.
continue;
}
Proxy.INode proxyNode;
if (ProxyNodes.ContainsKey(node.Id))
{
proxyNode = ProxyNodes[node.Id];
}
else
{
continue;
}
Proxy.INode proxyConnectedNode;
if (ProxyNodes.ContainsKey(connectedNode.Id))
{
proxyConnectedNode = ProxyNodes[connectedNode.Id];
}
else
{
continue;
}
if (proxyNode.NodeType == MapManager.NodeTypes["DomainNode"] || proxyConnectedNode.NodeType == MapManager.NodeTypes["DomainNode"])
{
continue;
}
if (transactionCounts >= 150)
{
transactionQueue.Enqueue(chain);
chain = new TransactionFramework.TransactionChain();
transactionCounts = 0;
}
else
{
transactionCounts++;
}
if (relationship is CompendiumLinkRelationship)
{
CompendiumLinkRelationship linkRelationship = relationship as CompendiumLinkRelationship;
if (!linkRelationship.IsTransclusion)
{
// In this situation the relationship is between two nodes in a map.
Proxy.IRelationship newRelationship = MapManager.CreateRelationship(Map.DomainId, Map.RootMapId.Value, MapManager.RelationshipTypes["FromToRelationship"], string.Empty, ref chain);
newRelationship.ConnectNode(MapManager.ConnectionTypes["To"], proxyNode, ref chain);
newRelationship.ConnectNode(MapManager.ConnectionTypes["From"], proxyConnectedNode, ref chain);
}
else
{
Proxy.INode proxyMap = ProxyNodes[linkRelationship.Map.Id];
// In this situation the relationship is a transclusion so we'll need to handle it slightly differently.
//Proxy.IRelationship newTranscludedNodeRelationship = MapManager.CreateRelationship(Map.DomainId, MapManager.RelationshipTypes["MapContainerRelationship"], string.Empty, ref chain);
//newTranscludedNodeRelationship.ConnectNode(MapManager.ConnectionTypes["To"], proxyMap, ref chain);
//newTranscludedNodeRelationship.ConnectNode(MapManager.ConnectionTypes["From"], transclusionNode, ref chain);
//transclusionNode.Metadata.Add(newTranscludedNodeRelationship, MapManager.ConnectionTypes["From"], "XPosition", transclusionRelationship.XPosition.ToString(), ref chain);
//transclusionNode.Metadata.Add(newTranscludedNodeRelationship, MapManager.ConnectionTypes["From"], "YPosition", transclusionRelationship.YPosition.ToString(), ref chain);
Proxy.IRelationship newTransclusionRelationship = MapManager.CreateRelationship(Map.DomainId, Map.RootMapId.Value, MapManager.RelationshipTypes["TransclusionFromToRelationship"], string.Empty, ref chain);
newTransclusionRelationship.ConnectNode(MapManager.ConnectionTypes["TransclusionMap"], proxyMap, ref chain);
newTransclusionRelationship.ConnectNode(MapManager.ConnectionTypes["To"], proxyNode, ref chain);
newTransclusionRelationship.ConnectNode(MapManager.ConnectionTypes["From"], proxyConnectedNode, ref chain);
}
}
else if (relationship is CompendiumViewRelationship)
{
CompendiumViewRelationship viewRelationship = relationship as CompendiumViewRelationship;
if (!viewRelationship.IsRootView)
{
// In this situation the relationship is between a node and a map node.
Proxy.IRelationship newRelationship = MapManager.CreateRelationship(Map.DomainId, Map.RootMapId.Value, MapManager.RelationshipTypes["MapContainerRelationship"], string.Empty, ref chain);
newRelationship.ConnectNode(MapManager.ConnectionTypes["To"], proxyNode, ref chain);
newRelationship.ConnectNode(MapManager.ConnectionTypes["From"], proxyConnectedNode, ref chain);
proxyConnectedNode.Metadata.Add(newRelationship, MapManager.ConnectionTypes["From"], "XPosition", viewRelationship.XPosition.ToString(), ref chain);
proxyConnectedNode.Metadata.Add(newRelationship, MapManager.ConnectionTypes["From"], "YPosition", viewRelationship.YPosition.ToString(), ref chain);
}
}
else
{
// In this situation the relationship is of an unknown type so lets just skip it.
continue;
}
}
//chains.Enqueue(chain);
//MapManager.ExecuteTransaction(chain);
///
}
if (chain != null && chain.NumOfTransactions > 0)
{
transactionQueue.Enqueue(chain);
}
}
/// <summary>
/// TODO: I don't like how this is public.
/// </summary>
public void ProcessDelayedActions()
{
if (InProcessRelationship != null)
{
TransactionFramework.TransactionChain chain = new TransactionFramework.TransactionChain();
InProcessRelationship.DelayedActions.CreateTransactions(ref chain);
MapManager.ExecuteTransaction(chain);
}
}
void IEditableObject.EndEdit()
{
if (Updates.Count > 0)
{
//removes any operations that act on the same metadata key, only the last update is added to the chain
CompactUpdates();
var chain = new TransactionChain();
foreach (var detail in Updates)
{
switch (detail.Type)
{
case UpdateMetadataType.AddOrUpdateValue:
Metadata.Add(detail.NewKey, detail.NewValue, ref chain);
if (UIMetadata.ContainsKey(detail.NewKey))
{
UIMetadata[detail.NewKey] = detail.NewValue;
}
else
{
UIMetadata.Add(detail.NewKey, detail.NewValue);
}
OnNotifyPropertyChanged(detail.NewKey);
break;
case UpdateMetadataType.Delete:
if (Metadata.ContainsKey(detail.NewKey))
{
Metadata[detail.NewKey].MetadataSet.Delete(ref chain);
Metadata.Remove(detail.NewKey);
}
if (UIMetadata.ContainsKey(detail.NewKey))
{
UIMetadata.Remove(detail.NewKey);
}
break;
case UpdateMetadataType.UpdateKey:
if (Metadata.ContainsKey(detail.Key))
{
var metadataSet = Metadata[detail.Key];
metadataSet.SetName(detail.NewKey, ref chain);
if (!metadataSet.Value.Equals(detail.NewValue))
{
metadataSet.SetValue(detail.NewValue, ref chain);
}
Metadata.Remove(detail.Key);
Metadata.Add(detail.NewKey, metadataSet);
UIMetadata.Remove(detail.Key);
UIMetadata.Add(detail.NewKey, detail.NewValue);
}
break;
}
}
MapManager.ExecuteTransaction(chain);
Updates = new List<UpdateMetadataDetail>();
}
}
/// <summary>
/// TODO: I don't like how this is public.
/// </summary>
public void ProcessDelayedActions()
{
if (InProcessNode != null)
{
TransactionFramework.TransactionChain chain = new TransactionFramework.TransactionChain();
InProcessNode.DelayedActions.CreateTransactions(ref chain);
foreach (Proxy.IMetadataSet metadataSet in Metadata)
{
Proxy.FacadeMetadataSet facadeMetadataSet = metadataSet as Proxy.FacadeMetadataSet;
if (facadeMetadataSet != null)
{
SoapMetadataSet soapMetadataSet = facadeMetadataSet.BaseMetadata as SoapMetadataSet;
if (soapMetadataSet != null)
{
soapMetadataSet.ProcessDelayedActions(ref chain);
}
}
}
MapManager.ExecuteTransaction(chain);
}
}
private void HandleGetSourceAndPositionCallback(Event callback)
{
if (callback.EventArgs != null && callback.ContainsEventArg("CallbackId")
&& callback.ContainsEventArg("Position") && callback.ContainsEventArg("Source")
&& callback.ContainsEventArg("NodeId"))
{
string callbackId = callback.GetEventArgValue("CallbackId");
string source = callback.GetEventArgValue("Source");
source = HttpUtility.UrlDecode(source);
string viewModelIdAsString = callback.GetEventArgValue("NodeId");
if (!string.IsNullOrEmpty(viewModelIdAsString) && !string.IsNullOrEmpty(source))
{
var chain = new TransactionChain();
var viewModelId = new Guid(viewModelIdAsString);
var viewModelVideoInfo = ViewModels[viewModelId];
switch (callbackId)
{
case "StartPosition":
{
TimeSpan startPosition = TimeSpan.Parse(callback.GetEventArgValue("Position"));
// Just add a temporary end position so that the entry doesn't end up in a bad state.
ViewModel.IMetadata startPositionMetadata = viewModelVideoInfo.Context.Metadata["Video.StartPosition"];
if (startPositionMetadata != null)
{
startPositionMetadata.SetValue(startPosition.ToString(), ref chain);
((SuperGraph.ViewModel.Node)viewModelVideoInfo.Context).NodeProperties.UIMetadata["Video.StartPosition"] = startPosition.ToString();
}
else
{
viewModelVideoInfo.Context.Metadata.Add("Video.StartPosition", startPosition.ToString(), ref chain);
((SuperGraph.ViewModel.Node)viewModelVideoInfo.Context).NodeProperties.UIMetadata.Add("Video.StartPosition", startPosition.ToString());
}
ViewModel.IMetadata endPositionMetadata = viewModelVideoInfo.Context.Metadata["Video.EndPosition"];
if (endPositionMetadata != null)
{
endPositionMetadata.SetValue("", ref chain);
}
else
{
viewModelVideoInfo.Context.Metadata.Add("Video.EndPosition", "", ref chain);
((SuperGraph.ViewModel.Node)viewModelVideoInfo.Context).NodeProperties.UIMetadata.Add("Video.EndPosition", "");
}
viewModelVideoInfo.HasVideo = true;
viewModelVideoInfo.StartPosition = startPosition;
viewModelVideoInfo.StopPosition = null;
break;
}
case "EndPosition":
{
TimeSpan endPosition = TimeSpan.Parse(callback.GetEventArgValue("Position"));
ViewModel.IMetadata endPositionMetadata = viewModelVideoInfo.Context.Metadata["Video.EndPosition"];
if (endPositionMetadata != null)
{
endPositionMetadata.SetValue("", ref chain);
((SuperGraph.ViewModel.Node)viewModelVideoInfo.Context).NodeProperties.UIMetadata["Video.EndPosition"] = endPosition.ToString();
}
else
{
viewModelVideoInfo.Context.Metadata.Add("Video.EndPosition", "", ref chain);
((SuperGraph.ViewModel.Node)viewModelVideoInfo.Context).NodeProperties.UIMetadata.Add("Video.EndPosition", endPosition.ToString());
}
viewModelVideoInfo.Context.Metadata.Add(null, null, "Video.EndPosition", endPosition.ToString(), ref chain);
viewModelVideoInfo.StopPosition = endPosition;
viewModelVideoInfo.HasVideo = true;
break;
}
}
ViewModel.IMetadata videoSourceMetadata = viewModelVideoInfo.Context.Metadata["Video.Source"];
if (videoSourceMetadata != null)
{
videoSourceMetadata.SetValue(source, ref chain);
((SuperGraph.ViewModel.Node) viewModelVideoInfo.Context).NodeProperties.UIMetadata[
"Video.Source"] = source;
}
else
{
viewModelVideoInfo.Context.Metadata.Add(null, null, "Video.Source", source, ref chain);
((SuperGraph.ViewModel.Node)viewModelVideoInfo.Context).NodeProperties.UIMetadata.Add("Video.Source", source);
}
viewModelVideoInfo.VideoSource = source;
viewModelVideoInfo.Context.Proxy.MapManager.ExecuteTransaction(chain);
}
}
}
public void Delete()
{
var metadataCollection = NodeContainer.NodeProperties.Where(node => node.Metadata.ContainsKey(Name)).Select(node => node.Metadata[Name].MetadataSet).ToList();
if (metadataCollection.Count > 0)
{
var chain = new TransactionChain();
chain.TransactionCompleted += OnTransactionCompleted;
foreach (var metadataSet in metadataCollection)
{
metadataSet.Delete(ref chain);
}
MapManager.ExecuteTransaction(chain);
}
}
public TransactionFramework.TransactionChain MoveToNextChain()
{
CurrentChain = TransactionChains.Dequeue();
_hasChanged = true;
//Save();
return CurrentChain;
}
public void ExecuteOperation()
{
Proxy.NodeType nodeTypeToChangeTo;
switch (ChangedTo)
{
case ViewModel.ChangeNodeTypeEnum.Question:
nodeTypeToChangeTo = MapManager.NodeTypes["CompendiumQuestionNode"];
break;
case ViewModel.ChangeNodeTypeEnum.Idea:
nodeTypeToChangeTo = MapManager.NodeTypes["CompendiumIdeaNode"];
break;
case ViewModel.ChangeNodeTypeEnum.Pro:
nodeTypeToChangeTo = MapManager.NodeTypes["CompendiumProNode"];
break;
case ViewModel.ChangeNodeTypeEnum.Con:
nodeTypeToChangeTo = MapManager.NodeTypes["CompendiumConNode"];
break;
case ViewModel.ChangeNodeTypeEnum.Map:
nodeTypeToChangeTo = MapManager.NodeTypes["CompendiumMapNode"];
break;
case ViewModel.ChangeNodeTypeEnum.Note:
nodeTypeToChangeTo = MapManager.NodeTypes["CompendiumNoteNode"];
break;
case ViewModel.ChangeNodeTypeEnum.Decision:
nodeTypeToChangeTo = MapManager.NodeTypes["CompendiumDecisionNode"];
break;
default:
return;
}
TransactionFramework.TransactionChain chain = new TransactionFramework.TransactionChain();
chain.TransactionCompleted += ChainOnTransactionCompleted;
if (Node.Proxy.NodeType == MapManager.NodeTypes["CompendiumMapNode"])
{
IEnumerable<Proxy.IRelationship> relationships = Node.Proxy.Relationships.FindRelationships(MapManager.ConnectionTypes["To"], MapManager.RelationshipTypes["MapContainerRelationship"]);
foreach (Proxy.IRelationship relationship in relationships)
{
relationship.ConnectNode(MapManager.ConnectionTypes["To"], Context, ref chain);
IEnumerable<Proxy.INode> childNodes = relationship.Nodes.FindNodes(MapManager.ConnectionTypes["From"]);
foreach (Proxy.INode childNode in childNodes)
{
IEnumerable<KeyValuePair<Proxy.ConnectionType, Proxy.IRelationship>> transclusionRelationshipConnections = childNode.Relationships.FindRelationships(MapManager.RelationshipTypes["TransclusionFromToRelationship"]);
foreach (KeyValuePair<Proxy.ConnectionType, Proxy.IRelationship> transclusionRelationshipConnection in transclusionRelationshipConnections)
{
Proxy.IRelationship transclusionRelationship = transclusionRelationshipConnection.Value;
IEnumerable<Proxy.INode> transclusionMapNodes = transclusionRelationship.Nodes.FindNodes(MapManager.ConnectionTypes["TransclusionMap"]);
foreach (Proxy.INode transclusionMapNode in transclusionMapNodes)
{
if (transclusionMapNode.Id == Node.Proxy.Id)
{
transclusionRelationship.ConnectNode(MapManager.ConnectionTypes["TransclusionMap"], Context, ref chain);
break;
}
}
}
}
}
}
Node.Proxy.Update(nodeTypeToChangeTo, ref chain);
MapManager.ExecuteTransaction(chain);
}
private void BuildRootViewRelationships(ref Queue<TransactionFramework.TransactionChain> transactionQueue)
{
TransactionFramework.TransactionChain chain = new TransactionFramework.TransactionChain();
foreach (CompendiumViewRelationship viewRelationship in RootViews)
{
Proxy.INode proxyNode = ProxyNodes[viewRelationship.FromNode.Id];
Proxy.IRelationship newRelationship = MapManager.CreateRelationship(Map.DomainId, Map.RootMapId.Value, MapManager.RelationshipTypes["MapContainerRelationship"], string.Empty, ref chain);
newRelationship.ConnectNode(MapManager.ConnectionTypes["To"], Map, ref chain);
newRelationship.ConnectNode(MapManager.ConnectionTypes["From"], proxyNode, ref chain);
proxyNode.Metadata.Add(newRelationship, MapManager.ConnectionTypes["From"], "XPosition", viewRelationship.XPosition.ToString(), ref chain);
proxyNode.Metadata.Add(newRelationship, MapManager.ConnectionTypes["From"], "YPosition", viewRelationship.YPosition.ToString(), ref chain);
//MapManager.ExecuteTransaction(chain);
}
transactionQueue.Enqueue(chain);
}
private void BuildTransactionForRelationship(Relationship relationship, ref TransactionChain chain)
{
var inProcessRelationship = MapManager.CreateRelationship(Map.DomainId, Map.RootMapId.Value, FromToRelationshipType, string.Empty, ref chain);
var from = Nodes.FirstOrDefault(q => q.Id == relationship.From);
var to = Nodes.FirstOrDefault(q => q.Id == relationship.To);
if (from != null && to != null && CloneMap.ContainsKey(from) && CloneMap.ContainsKey(to))
{
inProcessRelationship.ConnectNode(FromConnectionType, CloneMap[from], ref chain);
inProcessRelationship.ConnectNode(ToConnectionType, CloneMap[to], ref chain);
}
Response.Relationships.Add(inProcessRelationship);
}
public void ExecuteOperation()
{
var chain = new TransactionFramework.TransactionChain();
foreach (var node in PendingVisibilityNodes)
{
CommitVisibility(node, node.Visibility, ref chain);
if (chain.NumOfTransactions > 50)
{
MapManager.ExecuteTransaction(chain);
chain = new TransactionFramework.TransactionChain();
}
}
foreach (var node in PendingCollapseNodes)
{
CommitCollapseState(node, node.State, ref chain);
if (chain.NumOfTransactions > 50)
{
MapManager.ExecuteTransaction(chain);
chain = new TransactionFramework.TransactionChain();
}
}
MapManager.ExecuteTransaction(chain);
}