And, writing is the foundation of media. Everything you see online from posts to videos to advertisements start with writing. Media is where the attention is.

A business is the storefront of your value. It is the public display of yourself, your goals, and your values. Businesses are an extension of yourself.

# This is manual way to describe complex parameters parameter :one_level_array, type: :array, items: {type: :string, enum: ['string1', 'string2']}, default: ['string1'] parameter :two_level_array, type: :array, items: {type: :array, items: {type: :string}} let(:one_level_array) { ['string1', 'string2'] } let(:two_level_array) { [['123', '234'], ['111']] }

building a robust Chrome extension that effortlessly captures full-page screenshots, providing users with a seamless and enhanced browsing experience.

Enable ActiveRecord unsigned integers to use 8 bytes instead of 4. This fixes the ActiveModel::RangeError problem where AR models with perfectly fine 8 bytes primary keys are taken for ActiveModel::Type::Integer with a default limit of 4 bytes.

ActiveRecord::Base.normalizes declares an attribute normalization. The normalization is applied when the attribute is assigned or updated, and the normalized value will be persisted to the database. The normalization is also applied to the corresponding keyword argument of query methods, allowing records to be queried using unnormalized values.

I’ve heard-suggested that ActiveSupport, which does a ton of monkey-patching of core classes, would make potentially-nice refinements. I don’t hold this opinion strongly, but I disagree with that idea. A big value proposition of ActiveSupport is that it is “omnipresent” and sets a new baseline for ruby behaviors - as such, being global really makes the most sense. I don’t know that anyone would be pleased to sprinkle using ActiveSupport in all their files that use it - they don’t even want to THINK about the fact that they’re using it.

Rack::Session was moved to a separate gem. Previously, Rack::Session was part of the rack gem. Not every application needs it, and it increases the security surface area of the rack, so it was decided to extract it into its own gem rack-session which can be updated independently.

But it does not work, because the association with authors will return empty authors for the Material as the materials are also soft deleted.

The problem is that Globalize knows nothing about acts_as_paranoid. You can delete a Material, and it should delete the translations, but when you try to recover the Material then there is an error because of how the translations are implemented and the order in which the translations and the Material are recovered. Which record should be recovered first?

Remember that the Material has all of its translations for the title in a table that just got soft deleted. So the correct answer is “nil”. The title of the delete material is nil.

class Project< ApplicationRecord belongs_to_many :employees end

add_column :videos, :tag_ids, :bigint, array: true Tag.has_many :videos, array: true

Yes, using custom tags. Example in Python, making the !join tag join strings in an array:

I created a gem called rspec_n that installs an executable that will do this. It will re-run the test suite N times by default. You can make it stop as soon as it hits a failing iteration via the -s cli option. It will display other stats about the iterations as well.

We overload the meaning of "GFM" to mean "GitLab Flavored Markdown", which is a superset of GitHub's version. However it can cause confusion as they are not the same thing.

supports standard Markdown (with some minor modifications) and various extensions that have been made popular by the PHP Markdown Extra package and Maruku

t.datetime :seen_at, default: { expr: 'NOW()' }

Define table structure (columns and indexes) inside your ActiveRecord models like you can do in migrations. Also similar to DataMapper inline schema syntax.

and calls .unarchived and .archived appropriately when passed an ActiveRecord relation.

Many of the types here should have been built-in. You can help by suggesting some of them to the TypeScript project.

The NoScript extension for Firefox mitigates CSRF threats by distinguishing trusted from untrusted sites, and removing authentication & payloads from POST requests sent by untrusted sites to trusted ones. The Application Boundary Enforcer module in NoScript also blocks requests sent from internet pages to local sites (e.g. localhost), preventing CSRF attacks on local services (such as uTorrent) or routers.

The Self Destructing Cookies extension for Firefox does not directly protect from CSRF, but can reduce the attack window, by deleting cookies as soon as they are no longer associated with an open tab.

We continued improving our support extending the Markdown renderer in Notebooks.

_Underline_

# Parallel Ruby universes ("Rubyverses") - A proposed interface for # parallel, "semi-private" method or method-and-data spaces via # "closely associated" objects.

A proposal to specify the path for bury with classes as values of a hash arg: {}.bury(users: Array, 0 => Hash, name: Hash, something: 'Value') # {user: [{name: {something: 'Value'}]} So all absent nodes could be created via klass.new

{}.bury(users: Array, 0, 'Value')

{}.bury(users: Array, 0 => 'Value')

For pluggability, an endpoint is split into a Protocol and an Adapter part. This separates generic logic from environment-dependent code.

Note how a handful of default steps lead into six standardized termini, allowing to plug protocols into different adapters. Imagine replacing your self-written API adapter with a canonical JSON-API adapter, for example.

They reduce the distinction between a “core module” and a “plugin”

Each library is maintained in its own repository, allowing decentralized ownership and independent release cycles.

+ adds syntax extensions

Configurable syntax! You can add new rules and even replace existing ones.

Community-written plugins and other packages on npm.

website developers and extension authors

With the new plugin based architectue, the library has really small core. Everything else is built around as a plugin.

The problem is that the since both the JSX transpiler and the traceur compiler are actually parsing the full javascript AST, they would have to mutually agree on the syntax extensions you use: traceur can't parse the faux-xml syntax JSX adds, and JSX can't parse the async or await keywords, for example, or generator functions.

JSX is an XML-like syntax extension to EcmaScript (https://facebook.github.io/jsx/).

In '07, safety implied an unacceptable performance hit on slow single-core devices with 128MiB of RAM.

Allows registration of TypeScript custom transformers at any of the supported stages:

require 'set' class Array def uniq_elements(&prc) prc ||= ->(e) { e } uniques, dups = {}, Set.new each do |e| k = prc[e] ((uniques.key?(k)) ? (dups << k; uniques.delete(k)) : uniques[k] = e) unless dups.include?(k) end uniques.values end end

Standard Markdown Extended Markdown in GitLab

1. Disabling concrete extension update. That's what I wanted! You can do this by editing the extensions manifest json-file on Windows: C:\Users\<USERNAME>\AppData\Local\Google\Chrome\User Data\Default\Extensions\<EXTENSION-ID>\<VERSION>\manifest.json (find out the extensions ID by enabling developer mode in the extension settings page) on Ubuntu for Chromium: ${HOME}/.config/chromium/Default/Preferences In this file set "update_url" property to something invalid like "https://localhost" for example. For now according to given url updating of that extension is simply impossible.

I believe that beginning to distribute tools that patch Firefox and give back power to users and allow them to install unsigned extensions is necessary when an organization is taking away our rights without giving us a compelling reason for doing so.

The other pressing issue is that users have lost the right to run private extensions in the release version of Firefox, without needing to hand over their source code to Mozilla.

I would like to know if you know a way to load unsigned extensions without requiring a developer or unbranded version of Firefox.

To load one temporarily go to about:debugging, "This Firefox" and click "Load temporary add-on from file". More permanently: many (most?) Linux distributions allow unsigned extensions to be placed in /usr/lib/firefox/browser/extensions/ and they will automatically be loaded, provided they have valid names (e.g. dodgy@unsignedextension.com.xpi).

Add-ons that are intended for internal or private use, are only accessible to a closed user group, or for distribution testing may not be listed on AMO. Such add-ons may be uploaded for self-distribution instead.