David Nolen explores how ClojureScript makes UI programming a tangible process by demonstrating live application building for the web and iOS.
Peter Sommerlad covers compile-time computations available in C++14: constexpr functions and constants, literal types, variable templates, variadic templates and what can be expected in the future.
Axel Naumann introduces the use of C++ for storing and analyzing petabytes of C++ objects at CERN, and more generally in High Energy Physics.
David Tanzer introduces Clojure and ClojureScript, discussing the language basics and some libraries useful for writing real applications.
Gil Tene provides an overview of JIT compiler optimization techniques and their impact on common market-open slowdown scenarios.
The panelists discuss the Scala compiler fork (typelevel.org): Is this a positive and natural outgrowth of a growing language or will this development cause irreparable rifts in the Scala community?
Elena Laskavaia explains how to write a simple C/C++ checker to find errors in code with Code Analysis Framework (codan) and the AST introspection APIs of the CDT.
Baruch Sadogursky and Fred Simon explain how to write AST transformations.
The presenters discuss a framework for automatic localization of minimum type errors, demonstratively implemented for Hindley-Milner type systems and evaluated against OCaml benchmarks.
Phillip Trelford explains how compilers work with live code samples, primarily in F# and C#, covering language design and parsing, all-the-way through to emitting code.
Logan Linn explores the design and implications of an architecture built around immutable data structures using ClojureScript and Om, a ClojureScript interface to Facebook's React.