This document discusses using Golang for building command line tools. It introduces the speaker, Takaaki Mizuno, and his experience. It then discusses some common use cases for Golang, including web services, mobile apps, daemons/services, and command line tools. It asks which language is commonly used for command line tools and argues that Golang is a good choice. Benefits of Golang for command line tools include producing a single binary, being cross-platform, having no runtime dependencies, and supporting concurrency. Many famous command line tools like Docker are written in Golang. The document demonstrates using the gcli tool to generate a skeleton for a Golang command line tool. It provides some tips for
Having trouble managing dependencies with golang ? Here's how to resolve those issues using some of the best tools built by the community for the community.
This document discusses optimizing and profiling Golang REST APIs. It explains that profiling measures program performance to aid optimization. The steps are to deploy an application, conduct profiling to identify slow code, analyze profiling data using tools like pprof, decide on solutions like using goroutines or caching, test the impact of changes, and repeat until performance goals are met before deployment. Short profiling demos are provided and load testing results show performance improvements from optimization solutions.
This document introduces Gopherlabs and provides information about the Go programming language. It discusses why Go was created, its key features like performance, concurrency, and being compiled, and how it is used by many large companies. It provides resources for learning more about Go including the Gopherlabs website and recommends starting to learn Go if you haven't already.
The document discusses why the Go programming language is gaining popularity and why it is well-suited for cloud and microservices environments. Go provides efficient concurrency through goroutines and channels, which makes it productive for building scalable distributed systems. Its simple installation process and tooling also improve developer productivity. The document predicts that Go usage will continue growing as it becomes more widely adopted for cloud applications.
Folio3 is a development partner that focuses on building custom enterprise, mobile, and social media applications. It was founded in 2005 and has over 200 employees across offices in the US, Canada, Bulgaria, and Pakistan. Go-Lang is a statically-typed, compiled programming language designed for building scalable network applications and facilitating concurrency. Key features include structs instead of classes, built-in concurrency through goroutines and channels, and static compilation to binary files.
Presented from gdg devfair 2014 and gdg korea golang seoul meetup 2015. Added explanation about go 1.4 official android support a little from gdg korea golang seoul meetup presentation.
Go is a statically typed, compiled programming language designed for building simple, reliable, and efficient software. Some key points: - Go is natively compiled and uses static typing with type inference. It is targeted for system programming and server-side applications. - It was created at Google in 2007 to address issues with other languages like dependency management, garbage collection, and support for concurrency. - Popular users include Google, Docker, Dropbox, SoundCloud, and MongoDB. Domains it is used include distributed systems, cloud, web development, and systems programming. - Key features include built-in concurrency and networking support, a rich standard library, and fast compilation. It aims to be
Go is a new systems programming language from Google. Go has many interesting features such as 'communication channels' that makes it suitable for use in multi-core machines, and network programming. With Ken Thompson (of Unix fame) as one of its designers, Go has elegant and minimal design that is appealing to most programmers. This talk gives a technical introduction to Go that is of interest to anyone working in system software. [Presentation I have in 2010 - I haven't updated it with recent changes to the Go language]
PHP and Golang complement each other in a great way. In this presentation you will first learn how Golang is different from PHP, then we will look at its use-cases with some examples, and finally we explore some important best practices. After this presentation you will know when Golang could be a suitable tool for the job.
Go is presented as an alternative to C and C++ for system programming, distributed systems, and cloud workloads. It has performance characteristics of C/C++ but also flexibility of modern languages. Go is well-suited for web development with various frameworks and is supported on cloud platforms like Google Cloud and AWS. The document argues that Go will emerge as a strong alternative to C/C++ in these areas.
Join us to learn the basics of Go, a Google created language with strong concurrent features, and build a Discord bot!
Google has developed the programming language called Go. Go is a freedom-respecting and open source programming language and it is designed by Robert Griesemer, Rob Pike, and Ken Thompson in the year 2007. Go language was released in 2009. The syntax of the Go language resembles the C programming language and Go language is a statically typed programming language which is often called golang. Go language is detailed understood by golang online course.
This document provides an introduction and overview of the Go programming language. It discusses that Go was created at Google in 2007, is a compiled, statically typed language with garbage collection and support for concurrent programming. It also summarizes some of Go's key features like fast compilation, its type system, support for concurrency using goroutines and channels, error handling and closures. Examples of using Go for web servers, structs, methods and interfaces are also presented.
Introduction to GoLang by Amal Mohan N. This presentation is an introduction to GoLang - it's history, features, syntax, importance etc. concurrency, go-routines, golang, google, gopher, introduction, programming
The document discusses the Go programming language, providing information on its history, creators at Google, design goals, key characteristics like being statically typed and concurrent, benchmarking results, major companies using Go, and examples of using Go for web scraping and servers. It outlines pros and cons of Go and resources for learning more.
Golang getting started & give up document outlines how to use gvm to easily manage Golang versions, glide to manage packages, and folder structures and makefiles for Golang projects. It recommends using gvm to install and switch Golang versions simply, glide to manage dependencies, and following standard folder structures. It also discusses using Visual Studio Code for Golang development and makefiles.
Go is an open source programming language designed for building simple, fast, and reliable software. It is concurrent and garbage collected, with tools to manage dependencies, support version control, and test code. The document discusses Go's philosophy, tools, web development capabilities using net/http, concurrency with goroutines, exception handling without exceptions, popular frameworks, organizations using Go, and references for learning more.