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Go was born out of frustration with existing languages and environments for systems programming. Thus spake the Go FAQ. I empathize. I dislike C++ and Java so much that I’ve stayed with C. More precisely, I’ve stayed with GNU C, because of lexical closures and a few other extensions. Could Go replace C? Does Go truly combine efficient compilation, efficient execution, and ease of use? The best way
Wow. That third message, with suggestions for avoiding the bug, reads like a twisted joke. Highlights:"avoid struct types which contain both integer and pointer fields" "avoid data structures which form densely interconnected graphs at run-time" "avoid integer values which may alias at run-time to an address; make sure most integer values are fairly low (such as: below 10000)" I understand that th
Introducing Falcore and Timber at 8:27 PM BY DAVE GRIJALVA and SCOTT WHITE We're happy to announce that we've open-sourced some of the reusable tools we've built to ramp up our Go infrastructure. Falcore is a fast HTTP server with added functionality. Falcore includes production features that you'll really want when you put your application up on the net: Modular and flexible design and setup
At Scala Days 2011, Robert Hundt presented a paper titled Loop Recognition in C++/Java/Go/Scala. The paper implemented a specific loop finding algorithm, such as you might use in a flow analysis pass of a compiler, in C++, Go, Java, Scala, and then used those programs to draw conclusions about typical performance concerns in these languages. The Go program presented in that paper runs quite slowly
This document discusses Go programming concepts including concurrency, reflection, interfaces, and generics. It provides examples of using channels for concurrency, reflecting over types, implementing interfaces, and defining generic functions. The examples demonstrate capabilities like mapping and reducing over collections, duplicating values, and applying transformations.
Inspired by (admittedly “ancient”) part 1 of a very instructive post series by Richard Jones and while waiting for Channels API support in Google’s new Go App Engine, I decided to make a quick port of Richard’s mochiconntest_web Erlang module to Go. Source first, discussion later (I’ve been quiet surprised to discover that GeSHi doesn’t support Go yet, thus no highlighting): package main import (
Andrew Gerrand, Rob Pike Web back-end languages tend to be a matter of "Speed, reliability, or simplicity: pick one." Not any more. The Go Programming Language is a rock-solid, productive, and high-performance platform for building web applications (and other types of software). Join the Go team for an entertaining, in-depth look at the development and deployment of a Go web application.
by Andrew Gerrand Go is a new open-source programming language with an emphasis on simplicity, comprehensibility, and efficiency. It has the speed and safety of a statically-typed language and the lightweight feel of a scripting language. It has a simple feature set that is easy to understand and powerful to use, including a novel type system and concurrent programming primitives. This talk wil
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