Functional Reactive Programming in Javascript

Jul 19, 201212 likes6,970 views

Lightning is a giant discharge of electricity that can reach over five miles in length and raise air temperatures to 50,000 degrees Fahrenheit. On average, over 100 lightning bolts strike the Earth every second. Lightning is not confined to thunderstorms and has been seen in volcanic eruptions, forest fires, nuclear explosions, and heavy snowstorms.

Lightning is a giant discharge of electricity

The spark can reach over ﬁve miles in length, raise the
temperature of the air by as much as 50,000 degrees
Fahrenheit and contain a hundred million electrical volts

It is estimated that Earth as a whole is struck by an average of
more than a hundred lightning bolts every second

Lightning is not conﬁned to thunderstorms. It's been seen in
volcanic eruptions, extremely intense forest ﬁres, surface
nuclear detonations, heavy snowstorms

BETRAY HUMANITY WITH
FUNCTIONAL REACTIVE
PROGRAMMING

RIDICULOUSLY BRIEF HISTORY
Conal Elliott & Paul Hudak write Fran

A bunch of libraries are made (Reactive Banana, Yampa, etc)

Conal writes Push/Pull paper to address issues.

Eric Meijer & Friends make it more accessible starting with C#,
then js

Lots of other frameworks made (Knockout, RxJs, Bacon, Flapjax)

I’m talking to you now

Declarative

Stateless

Asynchronous

Explicit event streams

Compositional

Explicit time

Identity over time

Data ﬂow modeling

map

reduce

ﬁlter

groupBy

concat

zip

take

drop

merge

delay

skip

throttle

switch

skipWhile

combine

takeUntil

Functional Reactive Programming in Javascript

email: brian@looprecur.com
twitter: @drboolean
blog: drboolean.tumblr.com
github: drboolean
frp libraries:
https://github.com/raimohanska/bacon.js
http://www.ﬂapjax-lang.org/
https://github.com/Reactive-Extensions/RxJS

The Oregon Trail began in 1834 when missionaries traveled west to the Oregon territory, starting a route that would be used by many settlers in subsequent years. The journey along the 2,000 mile trail from St. Louis, Missouri to the Willamette Valley in Oregon took 4-6 months, with travelers facing many hardships along the way. The trail provided a path to a new life for settlers braving the long journey in covered wagons pulled by oxen.

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Architectural peripherals of react by Vadym ZhiltsovLohika_Odessa_TechTalks

Тема доклада «React и его архитектурная периферия» React - мощнейшая библиотека для создания технических интерфейсов, но порой одного реакта не достаточно для полноценной и гибкой разработки. Мы будем обсуждать и сравнивать разные подходы для разработки современных React приложений. В программе: React&Redux, React&Meteor, React&Relay, React&MobX, React&PRPL

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Presentation @ jProfessionals BGJUG Conference Sofia, November 22, 2015 by IPT – IT Education Evolved, High Performance Reactive Programming Workshop - Dec 15-17,2015 http://iproduct.org/en/course-reactive-java-js/ You are welcome to join us! Low-latency, high-throughput reactive and functional programming in Java using Spring Reactor, RxJava, RxJS, Facebook React, Angular 2, Reactive Streams, Disruptor (ring buffer), Reactor & Proactor design patterns, benchmarking & comparison of concurrency implementations. December 15 - 17, 2015 - Workshop: High Performance Reactive Programming with JAVA 8 and JavaScript - http://iproduct.org/en/course-reactive-java-js/

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This document summarizes a presentation on reactive programming. It discusses key concepts like asynchronous and message-driven programming. It also covers functional programming languages and features like immutability, actors and concurrency. Specifically, it discusses using these techniques in Scala, with case classes for data and actors for concurrency. The goal of reactive programming is to build scalable and resilient systems that can efficiently handle complexity through asynchronous and loosely-coupled architectures.

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This document discusses techniques for improving JavaScript performance, including: - Using for loops instead of foreach loops for improved speed when iterating over arrays - Memoization to cache function results and avoid repeated computations - Lazy evaluation with libraries like underscore.js to defer computation until results are needed - Parallelization using functional programming techniques like liftA3 to run operations concurrently - Compile-time optimizations like loop fusion that rearrange code to reduce operations The document emphasizes that functional programming allows optimizations like these through composability and avoiding side effects.

$Functional Patterns for the non-mathematician$ $Functional Patterns for the non-mathematician$

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Fluentconf 2014 talk: Functional design patterns such as lenses, arrows, functors, and monads all come from category theory. To fully grok them, you’ll probably have to wade through the whitest white papers, fighting the mathematical syntax and abstract examples. I’m hoping to demonstrate the ideas into javascript. I’ll be showing direct and practical applications for every day programming.

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This document discusses applicative functors in Haskell. It introduces the pure and ap functions that are used to define an applicative functor. It also discusses how applicative functors are closed under composition and how liftA and liftA2 can be defined in terms of fmap. It provides examples of using applicative functors with lists and discusses eventual results like combinators, comprehensions, and parallel computations.

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Feeling stuck in the Matrix of your training technologies? You’re not alone. Managing your training catalog, wrangling LMSs and delivering content across different tools and audiences can feel like dodging digital bullets. At some point, you hit a fork in the road: Keep patching things up as issues pop up… or follow the rabbit hole to the root of the problems. Good news, we’ve already been down that rabbit hole. Peter Overton and Cameron Gray of Rustici Software are here to share what we found. In this webinar, we’ll break down 5 training roadblocks in delivery and management and show you how they’re easier to fix than you might think.

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