| #!/bin/bash | |
| ################################################################################################################## | |
| #Gatling scale out/cluster run script: | |
| #Before running this script some assumptions are made: | |
| #1) Public keys were exchange inorder to ssh with no password promot (ssh-copy-id on all remotes) | |
| #2) Check read/write permissions on all folders declared in this script. | |
| #3) Gatling installation (GATLING_HOME variable) is the same on all hosts | |
| #4) Assuming all hosts has the same user name (if not change in script) | |
| ################################################################################################################## |
Rich Hickey • 3 years ago
Sorry, I have to disagree with the entire premise here.
A wide variety of experiences might lead to well-roundedness, but not to greatness, nor even goodness. By constantly switching from one thing to another you are always reaching above your comfort zone, yes, but doing so by resetting your skill and knowledge level to zero.
Mastery comes from a combination of at least several of the following:
##Scala eXchange 2014 slides
collected by Adam Warski
Feel free to complete the list!
The Binary Compatibility Challenge by Martin Odersky
A Skeptic's Look at scalaz' "Gateway Drugs”: A Practical Exploration by Brendand McAdams
(dominic: this list of papers was originally recommended to me by Brain Noguchi @bnoguchi, and was a great start to understanding distributed systems)
Here's a selection of papers that I think you would find helpful and interesting:
The seminal paper about event ordering and concurrency. The important result is that events in a distributed system define a partially ordered set. The connection to what we're working on is fundamental, as this defines how to detect concurrent updates. Moreover, the chosen algorithm to turn the partially ordered set into a totally ordered set defines the conflict resolution algorithm.
http://research.microsoft.com/en-us/um/people/lamport/pubs/time-clocks.pdf
(by @andrestaltz)
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.
As compiled by Kevin Wright a.k.a @thecoda
(executive producer of the movie, and I didn't even know it... clever huh?)
please, please, please - If you know of any slides/code/whatever not on here, then ping me on twitter or comment this Gist!
This gist will be updated as and when I find new information. So it's probably best not to fork it, or you'll miss the updates!
Monday June 16th
| sealed trait Interact[A] | |
| case class Ask(prompt: String) | |
| extends Interact[String] | |
| case class Tell(msg: String) | |
| extends Interact[Unit] | |
| trait Monad[M[_]] { | |
| def pure[A](a: A): M[A] |
| // Playground - noun: a place where people can play | |
| import UIKit | |
| class ViewController: UIViewController ,UITableViewDelegate, UITableViewDataSource | |
| { | |
| var tableView: UITableView! | |
| var items: NSMutableArray! | |
| override func viewDidLoad() { | |
| super.viewDidLoad() |
| // Make Optional a monad | |
| extension Optional { | |
| // Scala style, define `flatMap` directly | |
| func flatMap<U>(f: (a: T) -> Optional<U>) -> Optional<U> { | |
| switch (self) { | |
| case .None: return nil | |
| case .Some(let value): return f(a: value) | |
| } | |
| } |
| """ | |
| Automate loading of F-Script Anywhere into any app. | |
| By Daniel Jalkut - @danielpunkass - http://indiestack.com/ | |
| To set up: | |
| 0. Make sure you have FScript.framework installed in /Library/Frameworks (http://www.fscript.org) | |
| 1. Copy this script to ~/.lldb/fsa.py | |
| 2. Add the following to your ~/.lldbinit file: |