static InspectorUtility()
{
//we can use 'OnBeginToolboxEditor' and 'OnCloseToolboxEditor' to cache
//processed Editors and determine the real context of the serialization
ToolboxEditor.OnBeginToolboxEditor += (editor) =>
{
CurrentTargetObjects = editor.targets;
};
ToolboxEditor.OnCloseToolboxEditor += (editor) =>
{
CurrentTargetObjects = null;
};
//we can use each new Editor to check if 'OnEditorReload' should be called
ToolboxEditor.OnBeginToolboxEditor += (editor) =>
{
if (lastCachedEditor == null)
{
OnEditorReload?.Invoke();
}
//this Editor will be destroyed every time when object is deselected
lastCachedEditor = editor;
};
}
static InspectorUtility()
{
//we can use 'OnBeginToolboxEditor' and 'OnCloseToolboxEditor' to cache
//processed Editors and determine the real context of the serialization
ToolboxEditor.OnBeginToolboxEditor += (editor) =>
{
CurrentTargetObjects = editor.targets;
};
ToolboxEditor.OnCloseToolboxEditor += (editor) =>
{
CurrentTargetObjects = null;
};
//we should determine whenever the last created Editor is destroyed so
//using the 'Selection' class is more like a workaround than a solution
//Selection.selectionChanged += () => OnEditorReload?.Invoke();
//we can use new Editors to check if 'OnEditorReload' should be called
ToolboxEditor.OnBeginToolboxEditor += (editor) =>
{
if (lastCachedEditor == null)
{
OnEditorReload?.Invoke();
}
//cached Editor will be destroyed every time when object is deselected
lastCachedEditor = editor;
};
}
private static void CheckReloads(Editor editor)
{
//NOTE: it means that last Editor was null or disposed, anyway we probably want to reload drawers-related cache
if (lastCachedEditor == null || lastCachedEditorId != lastCachedEditor.GetInstanceID())
{
lastCachedEditor = editor;
lastCachedEditorId = editor.GetInstanceID();
OnEditorReload?.Invoke();
}
}
