Omar García nebtrx

Thread Pools

Thread pools on the JVM should usually be divided into the following three categories:

Each of these categories has a different optimal configuration and usage pattern.

Unpack the compressed file.
cd into the uncompresed harvest-lint directory
Fill the harvest-projects.yaml file following instructions from here
Edit run-linter file and replace the placeholders in the following section with real information

export HARVEST_USERNAME=<account_username>
export HARVEST_PASSWORD=



	// 1. Accessing algebras through Type Class(the Fake Type Class Jhon mentioned in his TF dead talk)
	// instance for F
	class Service {
	def fetchUserInfo[F[_]: Concurrent: UserAlg: OrderAlg](id: UserId): F[UserInfo] = ???
	}


	// 2. Accessing algebras through interpreters dependencies

	object Main extends App {
	AvoidLosingGenericType.run()
	AvoidMatchingOnGenericTypeParams.run()
	TypeableExample.run()
	TypeTagExample.run()
	}

	class Funky[A, B](val foo: A, val bar: B) {
	override def toString: String = s"Funky($foo, $bar)"
	}

	package com.github.sharedstate

	import scalaz.zio.{App, IO, Ref, Void}
	import scala.concurrent.duration._

	object SharedStateZIO extends App {
	// this is a simpler alternative to `scalaz.zio.console.putStrLn`
	def putStrLn(str: String): IO[Void, Unit] = IO.sync(println(str))

	def process1(myState: Ref[List[String]]): IO[Void, Unit] = {


	object game {
	case class Lens[S, A](set: A => S => S, get: S => A) { self =>
	def >>> [B](that: Lens[A, B]): Lens[S, B] =
	Lens[S, B](
	set = (b: B) => (s: S) => self.set(that.set(b)(self.get(s)))(s),
	get = (s: S) => that.get(self.get(s))
	)
	}
	case class Prism[S, A](set: A => S, get: S => Option[A]) { self =>

	#!/usr/bin/env zsh
	#
	# Garrett Zsh Theme for Prezto
	# Created with modified code by Chauncey Garrett - @chauncey_io
	#
	# http://chauncey.io/projects/zsh-prompt-garrett/
	#
	# A prompt with the information you need the moment you need it.
	#
	# This prompt has the following features:

	# open/edit the GHC compiler seetings
	code $(stack ghc -- --print-libdir)/settings

	# searh process using the port
	lsof -i tcp:<port>

	# kill a process
	sudo kill -9 <pid>

	# list process