private async Task RefreshLimitModifiers(NotifyCollectionChangedEventArgs e = null)
{
string strSelectedId = (await treLimit.DoThreadSafeFuncAsync(x => x.SelectedNode?.Tag) as IHasInternalId)?.InternalId ?? string.Empty;
TreeNode[] aobjLimitNodes = new TreeNode[(int)LimitType.NumLimitTypes];
if (e == null)
{
await treLimit.DoThreadSafeAsync(x => x.Nodes.Clear());
// Add Limit Modifiers.
foreach (LimitModifier objLimitModifier in _objCharacter.LimitModifiers)
{
int intTargetLimit = (int)Enum.Parse(typeof(LimitType), objLimitModifier.Limit);
TreeNode objParentNode = await GetLimitModifierParentNode(intTargetLimit);
await treLimit.DoThreadSafeAsync(() =>
{
if (!objParentNode.Nodes.ContainsKey(objLimitModifier.CurrentDisplayName))
{
objParentNode.Nodes.Add(objLimitModifier.CreateTreeNode(
objLimitModifier.CanDelete
? cmsLimitModifier
: cmsLimitModifierNotesOnly));
}
});
}
// Add Limit Modifiers from Improvements
foreach (Improvement objImprovement in _objCharacter.Improvements.Where(objImprovement => objImprovement.ImproveSource == Improvement.ImprovementSource.Custom))
{
int intTargetLimit = -1;
switch (objImprovement.ImproveType)
{
case Improvement.ImprovementType.LimitModifier:
intTargetLimit = (int)Enum.Parse(typeof(LimitType), objImprovement.ImprovedName);
break;
case Improvement.ImprovementType.PhysicalLimit:
intTargetLimit = (int)LimitType.Physical;
break;
case Improvement.ImprovementType.MentalLimit:
intTargetLimit = (int)LimitType.Mental;
break;
case Improvement.ImprovementType.SocialLimit:
intTargetLimit = (int)LimitType.Social;
break;
}
if (intTargetLimit != -1)
{
TreeNode objParentNode = await GetLimitModifierParentNode(intTargetLimit);
string strName = objImprovement.UniqueName
+ await LanguageManager.GetStringAsync("String_Colon")
+ await LanguageManager.GetStringAsync("String_Space");
if (objImprovement.Value > 0)
{
strName += '+';
}
strName += objImprovement.Value.ToString(GlobalSettings.CultureInfo);
if (!string.IsNullOrEmpty(objImprovement.Condition))
{
strName += ',' + await LanguageManager.GetStringAsync("String_Space")
+ objImprovement.Condition;
}
await treLimit.DoThreadSafeAsync(() =>
{
if (!objParentNode.Nodes.ContainsKey(strName))
{
TreeNode objNode = new TreeNode
{
Name = strName,
Text = strName,
Tag = objImprovement.SourceName,
ContextMenuStrip = cmsLimitModifierNotesOnly,
ForeColor = objImprovement.PreferredColor,
ToolTipText = objImprovement.Notes.WordWrap()
};
if (string.IsNullOrEmpty(objImprovement.ImprovedName))
{
switch (objImprovement.ImproveType)
{
case Improvement.ImprovementType.SocialLimit:
objImprovement.ImprovedName = "Social";
break;
case Improvement.ImprovementType.MentalLimit:
objImprovement.ImprovedName = "Mental";
break;
default:
objImprovement.ImprovedName = "Physical";
break;
}
}
objParentNode.Nodes.Add(objNode);
}
});
}
}
await treLimit.DoThreadSafeAsync(x => x.SortCustomAlphabetically(strSelectedId));
}
else
{
await treLimit.DoThreadSafeAsync(x =>
{
aobjLimitNodes[0] = x.FindNode("Node_Physical", false);
aobjLimitNodes[1] = x.FindNode("Node_Mental", false);
aobjLimitNodes[2] = x.FindNode("Node_Social", false);
aobjLimitNodes[3] = x.FindNode("Node_Astral", false);
});
switch (e.Action)
{
case NotifyCollectionChangedAction.Add:
{
foreach (LimitModifier objLimitModifier in e.NewItems)
{
int intTargetLimit = (int)Enum.Parse(typeof(LimitType), objLimitModifier.Limit);
TreeNode objParentNode = await GetLimitModifierParentNode(intTargetLimit);
await treLimit.DoThreadSafeAsync(x =>
{
TreeNodeCollection lstParentNodeChildren = objParentNode.Nodes;
if (!lstParentNodeChildren.ContainsKey(objLimitModifier.CurrentDisplayName))
{
TreeNode objNode = objLimitModifier.CreateTreeNode(
objLimitModifier.CanDelete ? cmsLimitModifier : cmsLimitModifierNotesOnly);
int intNodesCount = lstParentNodeChildren.Count;
int intTargetIndex = 0;
for (; intTargetIndex < intNodesCount; ++intTargetIndex)
{
if (CompareTreeNodes.CompareText(
lstParentNodeChildren[intTargetIndex], objNode) >= 0)
{
break;
}
}
lstParentNodeChildren.Insert(intTargetIndex, objNode);
objParentNode.Expand();
x.SelectedNode = objNode;
}
});
}
break;
}
case NotifyCollectionChangedAction.Remove:
{
await treLimit.DoThreadSafeAsync(x =>
{
foreach (LimitModifier objLimitModifier in e.OldItems)
{
TreeNode objNode = x.FindNodeByTag(objLimitModifier);
if (objNode != null)
{
TreeNode objParent = objNode.Parent;
objNode.Remove();
if (objParent.Level == 0 && objParent.Nodes.Count == 0)
{
objParent.Remove();
}
}
}
});
break;
}
case NotifyCollectionChangedAction.Replace:
{
List <TreeNode> lstOldParentNodes = new List <TreeNode>(e.OldItems.Count);
await treLimit.DoThreadSafeAsync(x =>
{
foreach (LimitModifier objLimitModifier in e.OldItems)
{
TreeNode objNode = x.FindNodeByTag(objLimitModifier);
if (objNode != null)
{
lstOldParentNodes.Add(objNode.Parent);
objNode.Remove();
}
}
});
foreach (LimitModifier objLimitModifier in e.NewItems)
{
int intTargetLimit = (int)Enum.Parse(typeof(LimitType), objLimitModifier.Limit);
TreeNode objParentNode = await GetLimitModifierParentNode(intTargetLimit);
await treLimit.DoThreadSafeAsync(x =>
{
TreeNodeCollection lstParentNodeChildren = objParentNode.Nodes;
if (!lstParentNodeChildren.ContainsKey(objLimitModifier.CurrentDisplayName))
{
TreeNode objNode = objLimitModifier.CreateTreeNode(
objLimitModifier.CanDelete ? cmsLimitModifier : cmsLimitModifierNotesOnly);
int intNodesCount = lstParentNodeChildren.Count;
int intTargetIndex = 0;
for (; intTargetIndex < intNodesCount; ++intTargetIndex)
{
if (CompareTreeNodes.CompareText(
lstParentNodeChildren[intTargetIndex], objNode) >= 0)
{
break;
}
}
lstParentNodeChildren.Insert(intTargetIndex, objNode);
objParentNode.Expand();
x.SelectedNode = objNode;
}
});
}
await treLimit.DoThreadSafeAsync(() =>
{
foreach (TreeNode objOldParentNode in lstOldParentNodes)
{
if (objOldParentNode.Level == 0 && objOldParentNode.Nodes.Count == 0)
{
objOldParentNode.Remove();
}
}
});
break;
}
case NotifyCollectionChangedAction.Reset:
{
await RefreshLimitModifiers();
break;
}
}
}
async ValueTask <TreeNode> GetLimitModifierParentNode(int intTargetLimit)
{
TreeNode objParentNode = aobjLimitNodes[intTargetLimit];
if (objParentNode == null)
{
switch (intTargetLimit)
{
case 0:
objParentNode = new TreeNode
{
Tag = "Node_Physical",
Text = await LanguageManager.GetStringAsync("Node_Physical")
};
await treLimit.DoThreadSafeAsync(x => x.Nodes.Insert(0, objParentNode));
break;
case 1:
objParentNode = new TreeNode
{
Tag = "Node_Mental",
Text = await LanguageManager.GetStringAsync("Node_Mental")
};
await treLimit.DoThreadSafeAsync(x => x.Nodes.Insert(aobjLimitNodes[0] == null ? 0 : 1, objParentNode));
break;
case 2:
objParentNode = new TreeNode
{
Tag = "Node_Social",
Text = await LanguageManager.GetStringAsync("Node_Social")
};
await treLimit.DoThreadSafeAsync(x => x.Nodes.Insert((aobjLimitNodes[0] == null ? 0 : 1) + (aobjLimitNodes[1] == null ? 0 : 1), objParentNode));
break;
case 3:
objParentNode = new TreeNode
{
Tag = "Node_Astral",
Text = await LanguageManager.GetStringAsync("Node_Astral")
};
await treLimit.DoThreadSafeAsync(x => x.Nodes.Add(objParentNode));
break;
}
aobjLimitNodes[intTargetLimit] = objParentNode;
if (objParentNode != null)
{
await treLimit.DoThreadSafeAsync(() => objParentNode.Expand());
}
}
return(objParentNode);
}
}
protected void RefreshLimitModifiers(NotifyCollectionChangedEventArgs notifyCollectionChangedEventArgs = null)
{
string strSelectedId = (treLimit.SelectedNode?.Tag as IHasInternalId)?.InternalId ?? string.Empty;
TreeNode[] aobjLimitNodes = new TreeNode[(int)LimitType.NumLimitTypes];
if (notifyCollectionChangedEventArgs == null)
{
treLimit.Nodes.Clear();
// Add Limit Modifiers.
foreach (LimitModifier objLimitModifier in _objCharacter.LimitModifiers)
{
int intTargetLimit = (int)Enum.Parse(typeof(LimitType), objLimitModifier.Limit);
TreeNode objParentNode = GetLimitModifierParentNode(intTargetLimit);
if (!objParentNode.Nodes.ContainsKey(objLimitModifier.DisplayName))
{
objParentNode.Nodes.Add(objLimitModifier.CreateTreeNode(cmsLimitModifier));
}
}
// Add Limit Modifiers from Improvements
foreach (Improvement objImprovement in _objCharacter.Improvements.Where(objImprovement => objImprovement.ImproveSource == Improvement.ImprovementSource.Custom))
{
int intTargetLimit = -1;
switch (objImprovement.ImproveType)
{
case Improvement.ImprovementType.LimitModifier:
intTargetLimit = (int)Enum.Parse(typeof(LimitType), objImprovement.ImprovedName);
break;
case Improvement.ImprovementType.PhysicalLimit:
intTargetLimit = (int)LimitType.Physical;
break;
case Improvement.ImprovementType.MentalLimit:
intTargetLimit = (int)LimitType.Mental;
break;
case Improvement.ImprovementType.SocialLimit:
intTargetLimit = (int)LimitType.Social;
break;
}
if (intTargetLimit != -1)
{
TreeNode objParentNode = GetLimitModifierParentNode(intTargetLimit);
string strName = objImprovement.UniqueName + ": ";
if (objImprovement.Value > 0)
{
strName += '+';
}
strName += objImprovement.Value.ToString();
if (!string.IsNullOrEmpty(objImprovement.Condition))
{
strName += ", " + objImprovement.Condition;
}
if (!objParentNode.Nodes.ContainsKey(strName))
{
TreeNode objNode = new TreeNode
{
Name = strName,
Text = strName,
Tag = objImprovement.SourceName,
ContextMenuStrip = cmsLimitModifier,
ForeColor = objImprovement.PreferredColor,
ToolTipText = objImprovement.Notes.WordWrap(100)
};
if (string.IsNullOrEmpty(objImprovement.ImprovedName))
{
if (objImprovement.ImproveType == Improvement.ImprovementType.SocialLimit)
{
objImprovement.ImprovedName = "Social";
}
else if (objImprovement.ImproveType == Improvement.ImprovementType.MentalLimit)
{
objImprovement.ImprovedName = "Mental";
}
else
{
objImprovement.ImprovedName = "Physical";
}
}
objParentNode.Nodes.Add(objNode);
}
}
}
treLimit.SortCustom(strSelectedId);
}
else
{
aobjLimitNodes[0] = treLimit.FindNode("Node_Physical", false);
aobjLimitNodes[1] = treLimit.FindNode("Node_Mental", false);
aobjLimitNodes[2] = treLimit.FindNode("Node_Social", false);
aobjLimitNodes[3] = treLimit.FindNode("Node_Astral", false);
switch (notifyCollectionChangedEventArgs.Action)
{
case NotifyCollectionChangedAction.Add:
{
foreach (LimitModifier objLimitModifier in notifyCollectionChangedEventArgs.NewItems)
{
int intTargetLimit = (int)Enum.Parse(typeof(LimitType), objLimitModifier.Limit);
TreeNode objParentNode = GetLimitModifierParentNode(intTargetLimit);
TreeNodeCollection lstParentNodeChildren = objParentNode.Nodes;
if (!lstParentNodeChildren.ContainsKey(objLimitModifier.DisplayName))
{
TreeNode objNode = objLimitModifier.CreateTreeNode(cmsLimitModifier);
int intNodesCount = lstParentNodeChildren.Count;
int intTargetIndex = 0;
for (; intTargetIndex < intNodesCount; ++intTargetIndex)
{
if (CompareTreeNodes.CompareText(lstParentNodeChildren[intTargetIndex], objNode) >= 0)
{
break;
}
}
lstParentNodeChildren.Insert(intTargetIndex, objNode);
objParentNode.Expand();
treLimit.SelectedNode = objNode;
}
}
}
break;
case NotifyCollectionChangedAction.Remove:
{
foreach (LimitModifier objLimitModifier in notifyCollectionChangedEventArgs.OldItems)
{
TreeNode objNode = treLimit.FindNodeByTag(objLimitModifier);
if (objNode != null)
{
TreeNode objParent = objNode.Parent;
objNode.Remove();
if (objParent.Level == 0 && objParent.Nodes.Count == 0)
{
objParent.Remove();
}
}
}
}
break;
case NotifyCollectionChangedAction.Replace:
{
List <TreeNode> lstOldParentNodes = new List <TreeNode>();
foreach (LimitModifier objLimitModifier in notifyCollectionChangedEventArgs.OldItems)
{
TreeNode objNode = treLimit.FindNodeByTag(objLimitModifier);
if (objNode != null)
{
lstOldParentNodes.Add(objNode.Parent);
objNode.Remove();
}
}
foreach (LimitModifier objLimitModifier in notifyCollectionChangedEventArgs.NewItems)
{
int intTargetLimit = (int)Enum.Parse(typeof(LimitType), objLimitModifier.Limit);
TreeNode objParentNode = GetLimitModifierParentNode(intTargetLimit);
TreeNodeCollection lstParentNodeChildren = objParentNode.Nodes;
if (!lstParentNodeChildren.ContainsKey(objLimitModifier.DisplayName))
{
TreeNode objNode = objLimitModifier.CreateTreeNode(cmsLimitModifier);
int intNodesCount = lstParentNodeChildren.Count;
int intTargetIndex = 0;
for (; intTargetIndex < intNodesCount; ++intTargetIndex)
{
if (CompareTreeNodes.CompareText(lstParentNodeChildren[intTargetIndex], objNode) >= 0)
{
break;
}
}
lstParentNodeChildren.Insert(intTargetIndex, objNode);
objParentNode.Expand();
treLimit.SelectedNode = objNode;
}
}
foreach (TreeNode objOldParentNode in lstOldParentNodes)
{
if (objOldParentNode.Level == 0 && objOldParentNode.Nodes.Count == 0)
{
objOldParentNode.Remove();
}
}
}
break;
case NotifyCollectionChangedAction.Reset:
{
RefreshLimitModifiers();
}
break;
}
}
TreeNode GetLimitModifierParentNode(int intTargetLimit)
{
TreeNode objParentNode = aobjLimitNodes[intTargetLimit];
if (objParentNode == null)
{
switch (intTargetLimit)
{
case 0:
objParentNode = new TreeNode()
{
Tag = "Node_Physical",
Text = LanguageManager.GetString("Node_Physical", GlobalOptions.Language)
};
treLimit.Nodes.Insert(0, objParentNode);
break;
case 1:
objParentNode = new TreeNode()
{
Tag = "Node_Mental",
Text = LanguageManager.GetString("Node_Mental", GlobalOptions.Language)
};
treLimit.Nodes.Insert(aobjLimitNodes[0] == null ? 0 : 1, objParentNode);
break;
case 2:
objParentNode = new TreeNode()
{
Tag = "Node_Social",
Text = LanguageManager.GetString("Node_Social", GlobalOptions.Language)
};
treLimit.Nodes.Insert((aobjLimitNodes[0] == null ? 0 : 1) + (aobjLimitNodes[1] == null ? 0 : 1), objParentNode);
break;
case 3:
objParentNode = new TreeNode()
{
Tag = "Node_Astral",
Text = LanguageManager.GetString("Node_Astral", GlobalOptions.Language)
};
treLimit.Nodes.Add(objParentNode);
break;
}
objParentNode?.Expand();
}
return(objParentNode);
}
}
/// <summary>
/// Initializes the binary tree using the supplied comparison routine
/// </summary>
/// <param name="compareRoutine"></param>
public BinaryTree(CompareTreeNodes compareRoutine)
{
this.compareRoutine = compareRoutine;
}
