In this talk, we’ll roll up our sleeves and use JavaScript 6 features TODAY, on our browsers, writing our code with real ES 6 classes, testing with Karma, running with Gulp and NodeJS. We’ll explore the extensions that let us perform type checking of our methods.
Ron and Chet will talk about the current state of “Agile Software Development”, discussing the extent to which Agile’s good ideas have been watered down, and with special attention to the current interest in “scaling” Agile.
I will discuss the experience at LinkedIn and elsewhere moving from batch-oriented ETL to real-time streams using Apache Kafka. I’ll talk about how the design and implementation of Kafka was driven by this goal of acting as a real-time platform for event data.
This talk presents Apache Spark, Spark Streaming, Apache Kafka, Apache Cassandra and Akka as supporting Lambda architecture in the context of a fault tolerant, streaming big data pipeline.
Angular 2 is built for huge web applications that stand the test of time. To accomplish this, Angular 2 utilizes the latest and greatest web technologies like ES6 modules/classes and Web Components.
In this talk we will talk about the design of our Mesos framework and the scheduler. We will focus on the following aspects of the scheduler – Bin packing algorithms, Scaling in and out of clusters, fault tolerance of processes via reconciliation and processing life cycle events, multi-geography/cross data center redundancy.
In this talk, Benjamin Hindman (one of the original creators of the Apache Mesos project) will discuss Apache Mesos and how it can be used to more easily build and run distributed systems.
Explore the potential of contracts as the best-yet compromise between types and tests. No Clojure experience (or interest) needed.
This talk will leverage the experience of introducing reactive programming into existing imperative, blocking codebases to demonstrate how it can be done and when it can make sense to do so.
Massively concurrent systems are the future, and shared data mutability is the obstacle to getting there. Where does that leave imperative languages like Java, that depend on mutation?
