crisper | Split inline scripts from an HTML file for CSP compliance

matplotlib figures are canvases. Therfore, its container frame won't resize to it, and bbox("all") won't work. Instead, we have to update the matplotlib canvas size to match the figure size and the toplevel canvas scrollregion to the figure size.

Here is the working output.

Working Output

Here is the working code.

Code

ExtensionInstallBlacklist

A blacklist value of '*' means all extensions are blacklisted unless they are explicitly listed in the whitelist.

This includes unpacked extensions, otherwise the user could easily circumvent the enterprise policy.

You have to inherit from ShaderEffect instead of Effect. Here's an example for outlining text use an edge-detection filter effect:

Combining this Shader tutorial and the Prewitt Edge Detection Filter I managed to get a decent outline effect around text. There are other ways to get a similar effect, like creating your own outline text block, but using an effect has the advantage of rendering using the GPU, and applying generically to any UIElement. However, I had to play a lot with the EdgeResponse property to get a nice outline.

The end result in XAML:

Yes, f can be any unary type constructor.

For instance ListFunctor [] Int or ListFunctor Maybe Char are well-kinded.

f can also be any n-ary type constructor with (n-1) arguments partially applied.

For instance ListFunctor ((->) Bool) Int or ListFunctor (Either ()) Char are well-kinded.

The basic kinding system is quite simple. If F :: * -> * -> ... -> *, then F expects type arguments. If G :: (* -> *) -> *, then G expects any thing of kind * -> * including unary type constructor and partial applications as the ones shown above. And so on.

A problem which is nicely solved by higher kinds is configuration options. Assume we have a record

1) It will lead to a minute slow down of the device because it needs to get the corresponding resource every time when it is run. See this loop

2) Re-scaling overhead. Your icons may be used not only by your app, but also by a few other things. For example, launchers, setting apps for installed software, and share menus in many places. (reference)

3) It doesn't fit perfectly on all screens. It will make some minor dislocations and cause the boundary lines of the image (like the corners, etc.) to not fit.

So the recommendation is to follow the guidelines of Android Applications Development.

There are multiple possible reasons for it. However, the code you provided does not include any. Here are a few common ones:

1. It has bottom: 0;
2. It has a set height and display rules making its children align to bottom
   (i.e.: display:flex;flex-direction:column;justify-content: flex-end;)
3. It has padding-top, margin-top or top.

Note 1: The most probable cause is 1.
Note 2: There are multiple other ways to align children to bottom inside a tall parent. (2.)

If none of the above help, you have to provide a minimal, complete and verifiable example.

Loading remote web components is permitted, I've done that with a few projects. Users of your components should do the following:

1. Load the web components polyfills, if necessary
2. HTML-import your built components
3. Use the custom elements in their webpage

The vulcanized JS should be included by you in the HTML file the users import, not directly referenced in the user's HTML page.