Hmm, not much useful information in that console. What about on the Python 
side? How do you launch your notebooks? If from a Terminal, do you see any 
error messages int he terminal output?

On Monday, May 8, 2017 at 10:18:11 AM UTC-7, Андрей Ширшов wrote:
>
> Hi, Adam!
>
> I see messages from custom.js in browser console (I attached screenshot), 
> but all still not working:
>
> * there is no line numbers in code cells,
> * there is no sublime mode in code cells,
> * copy in clipboard using clipboardjs doesn't work
> * my mathjax settings doesn't work too.
>
> It seems to me that API changed. And some trigger stopped to work (for 
> example https://github.com/jupyter/notebook/issues/2403).
> And it seems to me it's the main cause my old script stoped to work.
>
> Best regards, Andrey.
>
>
>
>
> понедельник, 8 мая 2017 г., 19:13:42 UTC+3 пользователь Adam Rule написал:
>>
>> Hi Andrey,
>>
>> Are you seeing any errors in your browser console when you have a 
>> notebook open? That could help us diagnose the problem.
>>
>> If you are using Google Chrome, you can find the console in your 
>> Developer Tools, which you can access by right clicking and selecting 
>> "Inspect" or the View > Developer > Developer Tools (at least that's how I 
>> reach it on Mac).
>>
>> -adam
>>
>> On Friday, May 5, 2017 at 12:06:17 PM UTC-7, Андрей Ширшов wrote:
>>>
>>> Hello!
>>>
>>> In Jupyter Notebook ver. 4 I had custom.js file I attached.
>>> After updating to Jupyter Notebook ver. 5 anything in this file stopped 
>>> to work.
>>> I cann't understand why. I have only poor knowledge of js, so it's 
>>> difficult
>>> for me to fix it. I collected all settings from internet and it's not 
>>> comfortable
>>> to work now without these settings.
>>>
>>> Please tell me what and how can I fix to make my code work.
>>>
>>> For your comfort the content of custom.js file is below:
>>>
>>> console.log("load clipboard.js");
>>> requirejs.config({
>>>     paths: { 
>>>         'clipboard': ['notebook/js/clipboard.min']
>>>     },
>>>     shim: {
>>>         clipboard: {
>>>             deps: [],
>>>             export: "clipboard"
>>>         }
>>>     }
>>> });
>>>
>>> // How to use:
>>> // %%html
>>> // <button class="btn" data-clipboard-text="Just because you can doesn't 
>>> mean you should — clipboard.js">
>>> //     Copy to clipboard
>>> // </button>
>>> // <script>
>>> // require(['clipboard'], function(Clipboard){
>>> //         var clipboard = new Clipboard('.btn')
>>> //     });
>>> // </script>
>>>
>>> define([
>>>     'base/js/namespace',
>>>     'codemirror/keymap/sublime', // This is js file too!
>>>     'base/js/events'
>>>     ], 
>>>     function(IPython, sublime_keymap, events) {
>>>         events.on("app_initialized.NotebookApp", 
>>>             function () {
>>>                 console.log("Load settings for codemirror cells")
>>>                 var cell = require("notebook/js/cell").Cell;
>>>                 cell.options_default.cm_config.lineNumbers = true;
>>>                 cell.options_default.cm_config.keyMap = 'sublime';
>>>                 cell.options_default.cm_config.lineWrapping = true;
>>>                 cell.options_default.cm_config.autoCloseBrackets = true;
>>>             }
>>>         );
>>>     }
>>> );
>>>
>>> // This settings must be applied before mathjax will be loaded
>>> // because mathjax will apply all setting immediatelly after its loading.
>>> // We shouldn't use define function for this because mathjax
>>> // is loaded from <script> in html code (without using require.js).
>>> console.log("Load Mathjax settings")
>>> // Mathjax settings for Russian math.
>>> MathJax.Hub.Config({
>>>     tex2jax: {
>>>         inlineMath: [ ["$","$"], ["\\(","\\)"] ],
>>>         displayMath: [ ["$$","$$"], ["\\[","\\]"] ],
>>>         processEscapes: true,
>>>     },
>>>     TeX: {
>>>         Macros: {
>>>             Alpha: "\\mbox{A}",
>>>             Beta: "\\mbox{B}",
>>>             Epsilon: "\\mbox{E}",
>>>             Zeta: "\\mbox{Z}",
>>>             Eta: "\\mbox{H}",
>>>             Iota: "\\mbox{I}",
>>>             Kappa: "\\mbox{K}",
>>>             Mu: "\\mbox{M}",
>>>             Nu: "\\mbox{N}",
>>>             Omicron: "\\mbox{O}",
>>>             Rho: "\\mbox{P}",
>>>             Tau: "\\mbox{T}",
>>>             Chi: "\\mbox{X}",
>>>             and: "\\mbox{&}",
>>>             or: "\\lor",
>>>             exist: "\\exists",
>>>             empty: "\\emptyset",
>>>             P: "\\mbox{P}",
>>>             tan: "\\operatorname{tg}",   // tangent
>>>             tg: "\\operatorname{tg}",    // tangent
>>>             cot: "\\operatorname{ctg}",  // cotangent
>>>             ctg: "\\operatorname{ctg}",  // cotangent
>>>             csc: "\\operatorname{cosec}",     // cosecant
>>>             cosec: "\\operatorname{cosec}",   // cosecant
>>>             arctan: "\\operatorname{arctg}",  // arctangent
>>>             arctg: "\\operatorname{arctg}",   // arctangent
>>>             arccot: "\\operatorname{arcctg}",      // arc cotangent
>>>             arcctg: "\\operatorname{arcctg}",      // arc cotangent
>>>             arcsec: "\\operatorname{arcsec}",      // arc secant
>>>             arccsc: "\\operatorname{arccosec}",    // arc cosecant
>>>             arccosec: "\\operatorname{arccosec}",  // arc cosecant
>>>             sh: "\\operatorname{sh}",     // hyperbolic sine
>>>             ch: "\\operatorname{ch}",     // hyperbolic cosine
>>>             th: "\\operatorname{th}",     // hyperbolic tangent
>>>             cth: "\\operatorname{cth}",   // hyperbolic cotangent
>>>             sinh: "\\operatorname{sh}",   // hyperbolic синус
>>>             cosh: "\\operatorname{ch}",   // hyperbolic cosine
>>>             tanh: "\\operatorname{th}",   // hyperbolic tangent
>>>             coth: "\\operatorname{cth}",  // hyperbolic cotangent
>>>             sgn: "\\operatorname{sgn}",
>>>             mod: "\\operatorname{mod}",
>>>             ge: "\\geqslant",
>>>             le: "\\leqslant",
>>>             geq: "\\geqslant",
>>>             leq: "\\leqslant",
>>>             N: "\\mathbb{N}",
>>>             R: "\\mathbb{R}",
>>>             Q: "\\mathbb{Q}",
>>>             Z: "\\mathbb{Z}",
>>>             C: "\\mathbb{C}",
>>>             H: "\\mathbb{H}",
>>>             P: "\\mathbb{P}",
>>>             dmtr: "\\unicode{x2300}", // diameter sign
>>>             deg: "\\unicode{xb0}",    // degree sign
>>>             celdeg: "\\unicode{x2103}"   // degree Celsius sign
>>>         },
>>>         // AutoNumbering of displayed formulas
>>>         equationNumbers: { autoNumber: "AMS" },
>>>         // All mathjax extensions:
>>> // http://docs.mathjax.org/en/latest/tex.html#tex-and-latex-extensions
>>>         // Source code for all extensions:
>>> // https://github.com/mathjax/MathJax/tree/master/extensions/TeX
>>>         extensions: [
>>>         "color.js", // Color support in LaTeX
>>>         "autobold.js", // support for \boldsymbol{...}
>>>         "AMSmath.js",
>>>         "AMSsymbols.js",
>>>         "AMScd.js", // http://www.jmilne.org/not/Mamscd.pdf
>>>         "bbox.js", // support for \bbox[options]{math}
>>>         // "begingroup.js", // mainly for formulas localization
>>>         "cancel.js" // support for strikethrough formulas
>>>         // "HTML.js" // works by default
>>>         // "mhchem.js" // chemical formulas
>>>         // "uniconde.js" // works by default
>>>         ]
>>>     }
>>> });
>>>
>>> Best regards, Andrey.
>>>
>>>

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