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This loader optimizes the output of mini-css-extract-plugin and/or css-loader,
entirely removing the potentially large CSS classname mappings normally inlined into your bundle when using CSS Modules.
Run npm install constant-locals-loader, then make these changes in your Webpack config:
Configure Kibana to use SAML with Google Workspace (Google Apps, G Suite)
The following worked with Elastic Cloud, Elasticsearch & Kibana v7.6.0.
It should be pretty close for other kinds of deployments. Before starting, make sure you have the right license level
that allows SAML.
Create SAML App in Google Workspace:
Navigate to the SAML apps section of the admin console
Click the Add button and choose to "Add custom SAML app"
Write down the Entity ID and download the Idp metadata file
Choose application name, description and add logo
In the "Service Provider Details" screen add the following:
This gist summarizes the handleEvent(event) pattern features, something standard, something described by me many times, written in my tiny book, tweeted about, and yet it's something most Web developers ignore.
The handleEvent ASCII Doodle
┌---------------------------------┐
var handler = { | any object that inherits or |
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This is some sort of answer to recent posts regarding Web Components, where more than a few misconceptions were delivered as fact.
Let's start by defining what we are talking about.
The Web Components Umbrella
As you can read in the dedicated GitHub page, Web Components is a group of features, where each feature works already by itself, and it doesn't need other features of the group to be already usable, or useful.
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We're getting Constructable Stylesheets. This seems like an intuitive value to obtain when importing CSS from JavaScript, since it's the DOM's representation of a Stylesheet:
No such system is in place to allow this to work (see [whatwg/loader]), however frontend build tooling has congregated around this approach as a mechanism for bringing CSS assets into the JavaScript module graph. There are many benefits to be obtained from moving CSS into this graph, however the most important is that imported CSS can be attributed to the consuming JS Module. This allows it to be bundled, optimized, and potentially dead-code-eliminated leveraging static analysis performed on the surrounding module graph.
With the addition of ES modules, there's now no fewer than 24 ways to load your JS code: (inline|not inline) x (defer|no defer) x (async|no async) x (type=text/javascript | type=module | nomodule) -- and each of them is subtly different.
This document is a comparison of various ways the <script> tags in HTML are processed depending on the attributes set.
If you ever wondered when to use inline <script async type="module"> and when <script nomodule defer src="...">, you're in the good place!
Note that this article is about <script>s inserted in the HTML; the behavior of <script>s inserted at runtime is slightly different - see Deep dive into the murky waters of script loading by Jake Archibald (2013)