Chris Histe chrishiste

DEPRECATED

Please see: https://github.com/kevinSuttle/html-meta-tags, thanks for the idea @dandv!

Copied from http://code.lancepollard.com/complete-list-of-html-meta-tags/

Basic HTML Meta Tags

The introduction to Reactive Programming you've been missing

This tutorial as a series of videos

If you prefer to watch video tutorials with live-coding, then check out this series I recorded with the same contents as in this article: Egghead.io - Introduction to Reactive Programming.

Close Android File Transfer
Open Activity Monitor and kill “Android File Transfer Agent”
Go to where you installed “Android File Transfer.app” (I have it under /Applications)
Ctrl+click –> “Show package contents”
Go to Contents/Resources
Rename “Android File Transfer Agent” to e.g. “Android File Transfer Agent_DISABLED”
Then go to “/Users/username/Library/Application Support/Google/Android File Transfer” and again rename the Agent app.

First, let's note the difference in philosophy: TypeScript aims for fast analysis because you can to compile it down to JS before you can run/test it. flowtype is meant to be an async analysis that can run continuously with changes since the last analysis, or in parallel with your eslint and bundler rules. As such, flowtype's type system and analysis is not quite as concerned with speed or memory usage in service of potentially finding more bugs.

On two occasions I have tried to roll out flow in React Native applications, and on those two occasions we ended up backing out after a few weeks. Some detail: flow doesn't have a public roadmap, and what version you use is dictated by the react/react-native dependency and the annotations in react-native itself. flowtype also has some hard-coded aspects to help the analysis for React, so major updates to React itself sometimes also require updating flowtype to match. React Native upgrades then get gated based on your dependent libraries (or flow-typed) being updated

	// Remove Duplicates from an array
	const removeDuplicates =
	arr => arr.filter((item, index) => index === arr.indexOf(item));

	const removeDuplicates1 = array => [...new Set(array)];

	const removeDuplicates2 = array => Array.from(new Set(array));


	// Flattens an array(doesn't flatten deeply).