Phil Trelford discusses how to design large scale applications with functional concepts, the state of the F# community and much more.
Brian Rasmussen explains Project Roslyn: accessing information about a code base, creating static analysis tools, building REPLs and other scripting tools with Roslyn, VS integration and much more.
Philip Wadler talks about the role of functional programming and some of the reasons for its slow rise in the past and its influence today. Also: lambda calculus, monads, continuations and much more.
Allen Wirfs-Brock talks about the ambient computng era and how the web and the browsers fit in this vision. He also shares his experiences from working on EcmaScript 5/6, and explains about the evolution of this spec.
Software developers spend a lot of their time working in an IDE or editor. JetBrains Tool Evangelist Hadi Hariri talking about expanding IDE offerings, Jetbrains Open-Source experiences and community contributions, Objective-C and dynamic language IDE's, tool integration and a sneak preview into the future of software development.
Rob Pike discusses Google Go: OOP programming without classes, Go interfaces, Concurrency with Goroutines and Channels, and the Go features that help keep GC pauses short.
Rob Pike discusses concurrency in programming languages: CSP, channels, the role of coroutines, Plan 9, MapReduce and Sawzall, processes vs threads in Unix, and more programming language history.
Cliff Click discusses the Pauseless GC algorithm and how Azul's Zing implements it on plain x86 CPUs. Also: what keeps dynamic languages slow on the JVM, invokedynamic, concurrency and much more.
Mik Kersten discusses the role of Mylyn and Tasktop in Agile development and how these tools return control to developers. Also: how Mylyn streamlines development in Eclipse.
In this interview Ryan discusses Clojure with author Chris Houser. They cover Clojure's approach to classes, comparing and contrasting it with Java. Chris delves into they type of programming problem sets Clojure is best suited for, especially in relation to parallelism as the number of cores in computers increases and Clojure's applicability as or research language.