Store Dynamic-accessible hidden metadata in a cell Planned maintenance scheduled April 17/18, 2019 at 00:00UTC (8:00pm US/Eastern) Announcing the arrival of Valued Associate #679: Cesar Manara Unicorn Meta Zoo #1: Why another podcast?Notebook's TaggingRules inherit too muchGraphics copy pasteSaving my code before cell evaluations: Insurance against front end hanginghow to select all cells with specific property such as the ones that are closedHow can I programmatically ungroup cellsHow is CellContext->CellGroup supposed to work?How to close all tagged input cells without closing their output cells?How to Print a Cell Landscape in a Portrait Orientation Notebook?Cell @ CellGroupData[… in Cells familyDynamic docked toolbar that appears only in the Working screen environmentStop notebook from auto-scrolling upon printing

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Store Dynamic-accessible hidden metadata in a cell



Planned maintenance scheduled April 17/18, 2019 at 00:00UTC (8:00pm US/Eastern)
Announcing the arrival of Valued Associate #679: Cesar Manara
Unicorn Meta Zoo #1: Why another podcast?Notebook's TaggingRules inherit too muchGraphics copy pasteSaving my code before cell evaluations: Insurance against front end hanginghow to select all cells with specific property such as the ones that are closedHow can I programmatically ungroup cellsHow is CellContext->CellGroup supposed to work?How to close all tagged input cells without closing their output cells?How to Print a Cell Landscape in a Portrait Orientation Notebook?Cell @ CellGroupData[… in Cells familyDynamic docked toolbar that appears only in the Working screen environmentStop notebook from auto-scrolling upon printing










6












$begingroup$


Is there a way to store metadata in a cell in such a way that it can be accessed with Dynamic?



Think of e.g. how ExternalLanguage cells work. We can select whether they should use Python or NodeJS and this state is permanently stored in the CellEvaluationLanguage cell option.



enter image description here



The cell expression would be something like



Cell["", "ExternalLanguage",
CellEvaluationLanguage->"NodeJS"]


It is unclear to me if CellEvaluationLanguage needs to be a built-in option for this to work. I tried something similar with an arbitrary option name and it did not work. For example, CurrentValue[EvaluationCell[], FooBar] = 123 will not set the FooBar option on the cell.



Next, I tried to use TaggingRules.



We can do



CurrentValue[EvaluationCell[], TaggingRules, "FooBar"] = 123


then examine the input cell's cell expression. It will have the FooBar tagging rule set. But it will also have inherited all tagging rules from the front end. On my machine I see this:



enter image description here



Is there a way that avoids these problems and still managed to store arbitrary hidden metadata in the cell?



What I am aiming for is implementing a similar selector to what we have for ExternalLanguage cells. Here's a proof of concept with TaggingRules that still has the problem I described above. Evaluate the following to add a selector to the input cell:



CurrentValue[EvaluationCell[], 
CellFrameLabels] = None,
Cell[BoxData[
PopupMenuBox[
Dynamic[CurrentValue[
ParentCell[EvaluationCell[]], TaggingRules,
"MyRule"]], 6 -> "6", 24 -> "24"]]], None, None


enter image description here










share|improve this question









$endgroup$











  • $begingroup$
    TaggingRules problem is known: mathematica.stackexchange.com/q/139017/5478
    $endgroup$
    – Kuba
    2 days ago















6












$begingroup$


Is there a way to store metadata in a cell in such a way that it can be accessed with Dynamic?



Think of e.g. how ExternalLanguage cells work. We can select whether they should use Python or NodeJS and this state is permanently stored in the CellEvaluationLanguage cell option.



enter image description here



The cell expression would be something like



Cell["", "ExternalLanguage",
CellEvaluationLanguage->"NodeJS"]


It is unclear to me if CellEvaluationLanguage needs to be a built-in option for this to work. I tried something similar with an arbitrary option name and it did not work. For example, CurrentValue[EvaluationCell[], FooBar] = 123 will not set the FooBar option on the cell.



Next, I tried to use TaggingRules.



We can do



CurrentValue[EvaluationCell[], TaggingRules, "FooBar"] = 123


then examine the input cell's cell expression. It will have the FooBar tagging rule set. But it will also have inherited all tagging rules from the front end. On my machine I see this:



enter image description here



Is there a way that avoids these problems and still managed to store arbitrary hidden metadata in the cell?



What I am aiming for is implementing a similar selector to what we have for ExternalLanguage cells. Here's a proof of concept with TaggingRules that still has the problem I described above. Evaluate the following to add a selector to the input cell:



CurrentValue[EvaluationCell[], 
CellFrameLabels] = None,
Cell[BoxData[
PopupMenuBox[
Dynamic[CurrentValue[
ParentCell[EvaluationCell[]], TaggingRules,
"MyRule"]], 6 -> "6", 24 -> "24"]]], None, None


enter image description here










share|improve this question









$endgroup$











  • $begingroup$
    TaggingRules problem is known: mathematica.stackexchange.com/q/139017/5478
    $endgroup$
    – Kuba
    2 days ago













6












6








6


3



$begingroup$


Is there a way to store metadata in a cell in such a way that it can be accessed with Dynamic?



Think of e.g. how ExternalLanguage cells work. We can select whether they should use Python or NodeJS and this state is permanently stored in the CellEvaluationLanguage cell option.



enter image description here



The cell expression would be something like



Cell["", "ExternalLanguage",
CellEvaluationLanguage->"NodeJS"]


It is unclear to me if CellEvaluationLanguage needs to be a built-in option for this to work. I tried something similar with an arbitrary option name and it did not work. For example, CurrentValue[EvaluationCell[], FooBar] = 123 will not set the FooBar option on the cell.



Next, I tried to use TaggingRules.



We can do



CurrentValue[EvaluationCell[], TaggingRules, "FooBar"] = 123


then examine the input cell's cell expression. It will have the FooBar tagging rule set. But it will also have inherited all tagging rules from the front end. On my machine I see this:



enter image description here



Is there a way that avoids these problems and still managed to store arbitrary hidden metadata in the cell?



What I am aiming for is implementing a similar selector to what we have for ExternalLanguage cells. Here's a proof of concept with TaggingRules that still has the problem I described above. Evaluate the following to add a selector to the input cell:



CurrentValue[EvaluationCell[], 
CellFrameLabels] = None,
Cell[BoxData[
PopupMenuBox[
Dynamic[CurrentValue[
ParentCell[EvaluationCell[]], TaggingRules,
"MyRule"]], 6 -> "6", 24 -> "24"]]], None, None


enter image description here










share|improve this question









$endgroup$




Is there a way to store metadata in a cell in such a way that it can be accessed with Dynamic?



Think of e.g. how ExternalLanguage cells work. We can select whether they should use Python or NodeJS and this state is permanently stored in the CellEvaluationLanguage cell option.



enter image description here



The cell expression would be something like



Cell["", "ExternalLanguage",
CellEvaluationLanguage->"NodeJS"]


It is unclear to me if CellEvaluationLanguage needs to be a built-in option for this to work. I tried something similar with an arbitrary option name and it did not work. For example, CurrentValue[EvaluationCell[], FooBar] = 123 will not set the FooBar option on the cell.



Next, I tried to use TaggingRules.



We can do



CurrentValue[EvaluationCell[], TaggingRules, "FooBar"] = 123


then examine the input cell's cell expression. It will have the FooBar tagging rule set. But it will also have inherited all tagging rules from the front end. On my machine I see this:



enter image description here



Is there a way that avoids these problems and still managed to store arbitrary hidden metadata in the cell?



What I am aiming for is implementing a similar selector to what we have for ExternalLanguage cells. Here's a proof of concept with TaggingRules that still has the problem I described above. Evaluate the following to add a selector to the input cell:



CurrentValue[EvaluationCell[], 
CellFrameLabels] = None,
Cell[BoxData[
PopupMenuBox[
Dynamic[CurrentValue[
ParentCell[EvaluationCell[]], TaggingRules,
"MyRule"]], 6 -> "6", 24 -> "24"]]], None, None


enter image description here







front-end dynamic notebooks cells metadata






share|improve this question













share|improve this question











share|improve this question




share|improve this question










asked 2 days ago









SzabolcsSzabolcs

164k14448949




164k14448949











  • $begingroup$
    TaggingRules problem is known: mathematica.stackexchange.com/q/139017/5478
    $endgroup$
    – Kuba
    2 days ago
















  • $begingroup$
    TaggingRules problem is known: mathematica.stackexchange.com/q/139017/5478
    $endgroup$
    – Kuba
    2 days ago















$begingroup$
TaggingRules problem is known: mathematica.stackexchange.com/q/139017/5478
$endgroup$
– Kuba
2 days ago




$begingroup$
TaggingRules problem is known: mathematica.stackexchange.com/q/139017/5478
$endgroup$
– Kuba
2 days ago










2 Answers
2






active

oldest

votes


















5












$begingroup$

You can give "Input" cells a default TaggingRules option of TaggingRules -> . Then, using CurrentValue will not include the notebook tagging rules. For example:



SetOptions[
EvaluationNotebook[],
StyleDefinitions -> Notebook[

Cell[StyleData[StyleDefinitions->"Default.nb"]],
Cell[StyleData["Input"],TaggingRules->]
,
StyleDefinitions->"PrivateStylesheetFormatting.nb"
]
]


Then,



CurrentValue[EvaluationNotebook[], TaggingRules] = "parent" -> "default";
CurrentValue[EvaluationNotebook[], TaggingRules]



"parent" -> "default"




Let's try using CurrentValue to modify a cell:



CurrentValue[EvaluationCell[], TaggingRules, "key"] = "value";
CurrentValue[EvaluationCell[], TaggingRules]



"key" -> "value"




The notebook tagging rule is not included.






share|improve this answer









$endgroup$












  • $begingroup$
    Looks good. So you think TaggingRules is the way to go? This won't be an Input style cell anyway, so setting default TaggingRules for the style is completely fine.
    $endgroup$
    – Szabolcs
    2 days ago



















2












$begingroup$

This works for your explicit case:



CurrentValue[EvaluationCell[], CellFrameLabels] = 

None,
Cell[
BoxData[
PopupMenuBox[
Dynamic[
CurrentValue[
ParentCell[EvaluationCell[]],
TaggingRules, "MyRule",
FrontEnd`SetOptions[
ParentCell[EvaluationCell[]],
TaggingRules -> "MyRule" -> None
]
]
],
6 -> "6", 24 -> "24"
]
]
],
None, None
;
Options[EvaluationCell[], TaggingRules]


SetOptions didn't like operating on the ParentCell so I had to force it to pull that from the kernel, but it should still perform alright I think.



Basic Idea



Here's a kinda solution. I'm gonna assume when the CurrentValue isn't defined you use a default value. If that's the case you can do this:



CurrentValue[
EvaluationCell[],
TaggingRules, "key",
FEPrivate`FrontEndExecute@
FrontEnd`SetOptions[FrontEnd`EvaluationCell[],
TaggingRules -> "key" -> "default"]
]


That forces the TaggingRules to be directly set rather than updated. Here's a proof of concept. First set up some state that can be inherited:



SetOptions[EvaluationNotebook[], 
TaggingRules -> "parentKey" -> "default"];


Now usually we'd get inheritance:



CurrentValue[
EvaluationCell[],
TaggingRules, "key",
"default"
]
Options[EvaluationCell[], TaggingRules]

"default"

TaggingRules -> "parentKey" -> "default", "key" -> "default"


With this trick though we don't:



CurrentValue[
EvaluationCell[],
TaggingRules, "key",
FEPrivate`FrontEndExecute@
FrontEnd`SetOptions[FrontEnd`EvaluationCell[],
TaggingRules -> "key" -> "default"]
]
Options[EvaluationCell[], TaggingRules]

"default"

TaggingRules -> "key" -> "default"


Is it elegant? No. But it works if that's all you care about.






share|improve this answer











$endgroup$













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    2 Answers
    2






    active

    oldest

    votes








    2 Answers
    2






    active

    oldest

    votes









    active

    oldest

    votes






    active

    oldest

    votes









    5












    $begingroup$

    You can give "Input" cells a default TaggingRules option of TaggingRules -> . Then, using CurrentValue will not include the notebook tagging rules. For example:



    SetOptions[
    EvaluationNotebook[],
    StyleDefinitions -> Notebook[

    Cell[StyleData[StyleDefinitions->"Default.nb"]],
    Cell[StyleData["Input"],TaggingRules->]
    ,
    StyleDefinitions->"PrivateStylesheetFormatting.nb"
    ]
    ]


    Then,



    CurrentValue[EvaluationNotebook[], TaggingRules] = "parent" -> "default";
    CurrentValue[EvaluationNotebook[], TaggingRules]



    "parent" -> "default"




    Let's try using CurrentValue to modify a cell:



    CurrentValue[EvaluationCell[], TaggingRules, "key"] = "value";
    CurrentValue[EvaluationCell[], TaggingRules]



    "key" -> "value"




    The notebook tagging rule is not included.






    share|improve this answer









    $endgroup$












    • $begingroup$
      Looks good. So you think TaggingRules is the way to go? This won't be an Input style cell anyway, so setting default TaggingRules for the style is completely fine.
      $endgroup$
      – Szabolcs
      2 days ago
















    5












    $begingroup$

    You can give "Input" cells a default TaggingRules option of TaggingRules -> . Then, using CurrentValue will not include the notebook tagging rules. For example:



    SetOptions[
    EvaluationNotebook[],
    StyleDefinitions -> Notebook[

    Cell[StyleData[StyleDefinitions->"Default.nb"]],
    Cell[StyleData["Input"],TaggingRules->]
    ,
    StyleDefinitions->"PrivateStylesheetFormatting.nb"
    ]
    ]


    Then,



    CurrentValue[EvaluationNotebook[], TaggingRules] = "parent" -> "default";
    CurrentValue[EvaluationNotebook[], TaggingRules]



    "parent" -> "default"




    Let's try using CurrentValue to modify a cell:



    CurrentValue[EvaluationCell[], TaggingRules, "key"] = "value";
    CurrentValue[EvaluationCell[], TaggingRules]



    "key" -> "value"




    The notebook tagging rule is not included.






    share|improve this answer









    $endgroup$












    • $begingroup$
      Looks good. So you think TaggingRules is the way to go? This won't be an Input style cell anyway, so setting default TaggingRules for the style is completely fine.
      $endgroup$
      – Szabolcs
      2 days ago














    5












    5








    5





    $begingroup$

    You can give "Input" cells a default TaggingRules option of TaggingRules -> . Then, using CurrentValue will not include the notebook tagging rules. For example:



    SetOptions[
    EvaluationNotebook[],
    StyleDefinitions -> Notebook[

    Cell[StyleData[StyleDefinitions->"Default.nb"]],
    Cell[StyleData["Input"],TaggingRules->]
    ,
    StyleDefinitions->"PrivateStylesheetFormatting.nb"
    ]
    ]


    Then,



    CurrentValue[EvaluationNotebook[], TaggingRules] = "parent" -> "default";
    CurrentValue[EvaluationNotebook[], TaggingRules]



    "parent" -> "default"




    Let's try using CurrentValue to modify a cell:



    CurrentValue[EvaluationCell[], TaggingRules, "key"] = "value";
    CurrentValue[EvaluationCell[], TaggingRules]



    "key" -> "value"




    The notebook tagging rule is not included.






    share|improve this answer









    $endgroup$



    You can give "Input" cells a default TaggingRules option of TaggingRules -> . Then, using CurrentValue will not include the notebook tagging rules. For example:



    SetOptions[
    EvaluationNotebook[],
    StyleDefinitions -> Notebook[

    Cell[StyleData[StyleDefinitions->"Default.nb"]],
    Cell[StyleData["Input"],TaggingRules->]
    ,
    StyleDefinitions->"PrivateStylesheetFormatting.nb"
    ]
    ]


    Then,



    CurrentValue[EvaluationNotebook[], TaggingRules] = "parent" -> "default";
    CurrentValue[EvaluationNotebook[], TaggingRules]



    "parent" -> "default"




    Let's try using CurrentValue to modify a cell:



    CurrentValue[EvaluationCell[], TaggingRules, "key"] = "value";
    CurrentValue[EvaluationCell[], TaggingRules]



    "key" -> "value"




    The notebook tagging rule is not included.







    share|improve this answer












    share|improve this answer



    share|improve this answer










    answered 2 days ago









    Carl WollCarl Woll

    73.9k398193




    73.9k398193











    • $begingroup$
      Looks good. So you think TaggingRules is the way to go? This won't be an Input style cell anyway, so setting default TaggingRules for the style is completely fine.
      $endgroup$
      – Szabolcs
      2 days ago

















    • $begingroup$
      Looks good. So you think TaggingRules is the way to go? This won't be an Input style cell anyway, so setting default TaggingRules for the style is completely fine.
      $endgroup$
      – Szabolcs
      2 days ago
















    $begingroup$
    Looks good. So you think TaggingRules is the way to go? This won't be an Input style cell anyway, so setting default TaggingRules for the style is completely fine.
    $endgroup$
    – Szabolcs
    2 days ago





    $begingroup$
    Looks good. So you think TaggingRules is the way to go? This won't be an Input style cell anyway, so setting default TaggingRules for the style is completely fine.
    $endgroup$
    – Szabolcs
    2 days ago












    2












    $begingroup$

    This works for your explicit case:



    CurrentValue[EvaluationCell[], CellFrameLabels] = 

    None,
    Cell[
    BoxData[
    PopupMenuBox[
    Dynamic[
    CurrentValue[
    ParentCell[EvaluationCell[]],
    TaggingRules, "MyRule",
    FrontEnd`SetOptions[
    ParentCell[EvaluationCell[]],
    TaggingRules -> "MyRule" -> None
    ]
    ]
    ],
    6 -> "6", 24 -> "24"
    ]
    ]
    ],
    None, None
    ;
    Options[EvaluationCell[], TaggingRules]


    SetOptions didn't like operating on the ParentCell so I had to force it to pull that from the kernel, but it should still perform alright I think.



    Basic Idea



    Here's a kinda solution. I'm gonna assume when the CurrentValue isn't defined you use a default value. If that's the case you can do this:



    CurrentValue[
    EvaluationCell[],
    TaggingRules, "key",
    FEPrivate`FrontEndExecute@
    FrontEnd`SetOptions[FrontEnd`EvaluationCell[],
    TaggingRules -> "key" -> "default"]
    ]


    That forces the TaggingRules to be directly set rather than updated. Here's a proof of concept. First set up some state that can be inherited:



    SetOptions[EvaluationNotebook[], 
    TaggingRules -> "parentKey" -> "default"];


    Now usually we'd get inheritance:



    CurrentValue[
    EvaluationCell[],
    TaggingRules, "key",
    "default"
    ]
    Options[EvaluationCell[], TaggingRules]

    "default"

    TaggingRules -> "parentKey" -> "default", "key" -> "default"


    With this trick though we don't:



    CurrentValue[
    EvaluationCell[],
    TaggingRules, "key",
    FEPrivate`FrontEndExecute@
    FrontEnd`SetOptions[FrontEnd`EvaluationCell[],
    TaggingRules -> "key" -> "default"]
    ]
    Options[EvaluationCell[], TaggingRules]

    "default"

    TaggingRules -> "key" -> "default"


    Is it elegant? No. But it works if that's all you care about.






    share|improve this answer











    $endgroup$

















      2












      $begingroup$

      This works for your explicit case:



      CurrentValue[EvaluationCell[], CellFrameLabels] = 

      None,
      Cell[
      BoxData[
      PopupMenuBox[
      Dynamic[
      CurrentValue[
      ParentCell[EvaluationCell[]],
      TaggingRules, "MyRule",
      FrontEnd`SetOptions[
      ParentCell[EvaluationCell[]],
      TaggingRules -> "MyRule" -> None
      ]
      ]
      ],
      6 -> "6", 24 -> "24"
      ]
      ]
      ],
      None, None
      ;
      Options[EvaluationCell[], TaggingRules]


      SetOptions didn't like operating on the ParentCell so I had to force it to pull that from the kernel, but it should still perform alright I think.



      Basic Idea



      Here's a kinda solution. I'm gonna assume when the CurrentValue isn't defined you use a default value. If that's the case you can do this:



      CurrentValue[
      EvaluationCell[],
      TaggingRules, "key",
      FEPrivate`FrontEndExecute@
      FrontEnd`SetOptions[FrontEnd`EvaluationCell[],
      TaggingRules -> "key" -> "default"]
      ]


      That forces the TaggingRules to be directly set rather than updated. Here's a proof of concept. First set up some state that can be inherited:



      SetOptions[EvaluationNotebook[], 
      TaggingRules -> "parentKey" -> "default"];


      Now usually we'd get inheritance:



      CurrentValue[
      EvaluationCell[],
      TaggingRules, "key",
      "default"
      ]
      Options[EvaluationCell[], TaggingRules]

      "default"

      TaggingRules -> "parentKey" -> "default", "key" -> "default"


      With this trick though we don't:



      CurrentValue[
      EvaluationCell[],
      TaggingRules, "key",
      FEPrivate`FrontEndExecute@
      FrontEnd`SetOptions[FrontEnd`EvaluationCell[],
      TaggingRules -> "key" -> "default"]
      ]
      Options[EvaluationCell[], TaggingRules]

      "default"

      TaggingRules -> "key" -> "default"


      Is it elegant? No. But it works if that's all you care about.






      share|improve this answer











      $endgroup$















        2












        2








        2





        $begingroup$

        This works for your explicit case:



        CurrentValue[EvaluationCell[], CellFrameLabels] = 

        None,
        Cell[
        BoxData[
        PopupMenuBox[
        Dynamic[
        CurrentValue[
        ParentCell[EvaluationCell[]],
        TaggingRules, "MyRule",
        FrontEnd`SetOptions[
        ParentCell[EvaluationCell[]],
        TaggingRules -> "MyRule" -> None
        ]
        ]
        ],
        6 -> "6", 24 -> "24"
        ]
        ]
        ],
        None, None
        ;
        Options[EvaluationCell[], TaggingRules]


        SetOptions didn't like operating on the ParentCell so I had to force it to pull that from the kernel, but it should still perform alright I think.



        Basic Idea



        Here's a kinda solution. I'm gonna assume when the CurrentValue isn't defined you use a default value. If that's the case you can do this:



        CurrentValue[
        EvaluationCell[],
        TaggingRules, "key",
        FEPrivate`FrontEndExecute@
        FrontEnd`SetOptions[FrontEnd`EvaluationCell[],
        TaggingRules -> "key" -> "default"]
        ]


        That forces the TaggingRules to be directly set rather than updated. Here's a proof of concept. First set up some state that can be inherited:



        SetOptions[EvaluationNotebook[], 
        TaggingRules -> "parentKey" -> "default"];


        Now usually we'd get inheritance:



        CurrentValue[
        EvaluationCell[],
        TaggingRules, "key",
        "default"
        ]
        Options[EvaluationCell[], TaggingRules]

        "default"

        TaggingRules -> "parentKey" -> "default", "key" -> "default"


        With this trick though we don't:



        CurrentValue[
        EvaluationCell[],
        TaggingRules, "key",
        FEPrivate`FrontEndExecute@
        FrontEnd`SetOptions[FrontEnd`EvaluationCell[],
        TaggingRules -> "key" -> "default"]
        ]
        Options[EvaluationCell[], TaggingRules]

        "default"

        TaggingRules -> "key" -> "default"


        Is it elegant? No. But it works if that's all you care about.






        share|improve this answer











        $endgroup$



        This works for your explicit case:



        CurrentValue[EvaluationCell[], CellFrameLabels] = 

        None,
        Cell[
        BoxData[
        PopupMenuBox[
        Dynamic[
        CurrentValue[
        ParentCell[EvaluationCell[]],
        TaggingRules, "MyRule",
        FrontEnd`SetOptions[
        ParentCell[EvaluationCell[]],
        TaggingRules -> "MyRule" -> None
        ]
        ]
        ],
        6 -> "6", 24 -> "24"
        ]
        ]
        ],
        None, None
        ;
        Options[EvaluationCell[], TaggingRules]


        SetOptions didn't like operating on the ParentCell so I had to force it to pull that from the kernel, but it should still perform alright I think.



        Basic Idea



        Here's a kinda solution. I'm gonna assume when the CurrentValue isn't defined you use a default value. If that's the case you can do this:



        CurrentValue[
        EvaluationCell[],
        TaggingRules, "key",
        FEPrivate`FrontEndExecute@
        FrontEnd`SetOptions[FrontEnd`EvaluationCell[],
        TaggingRules -> "key" -> "default"]
        ]


        That forces the TaggingRules to be directly set rather than updated. Here's a proof of concept. First set up some state that can be inherited:



        SetOptions[EvaluationNotebook[], 
        TaggingRules -> "parentKey" -> "default"];


        Now usually we'd get inheritance:



        CurrentValue[
        EvaluationCell[],
        TaggingRules, "key",
        "default"
        ]
        Options[EvaluationCell[], TaggingRules]

        "default"

        TaggingRules -> "parentKey" -> "default", "key" -> "default"


        With this trick though we don't:



        CurrentValue[
        EvaluationCell[],
        TaggingRules, "key",
        FEPrivate`FrontEndExecute@
        FrontEnd`SetOptions[FrontEnd`EvaluationCell[],
        TaggingRules -> "key" -> "default"]
        ]
        Options[EvaluationCell[], TaggingRules]

        "default"

        TaggingRules -> "key" -> "default"


        Is it elegant? No. But it works if that's all you care about.







        share|improve this answer














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        edited 2 days ago

























        answered 2 days ago









        b3m2a1b3m2a1

        28.8k359166




        28.8k359166



























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