This document provides an overview of the Go programming language. It discusses that Go was initially developed at Google in 2007 and is now an open source language used by many companies. The document then covers Why Go is useful, including its memory management, concurrency support, and cross-platform capabilities. It also summarizes some of Go's basic syntax like packages, functions, variables, types, and control structures. Finally, it discusses some key Go concepts like methods, interfaces, channels, and the net/http package.
New language from Google, static safe compiler, with GC and as fast as C++ or Java, syntax simpler then Python - 2 hour-long tutorial and you can start code.
In this talk Serhii will talk about Go, also known as Golang – an open source language developed at Google and used in production by companies such as Docker, Dropbox, Facebook and Google itself. Go is now heavily used as a general-purpose programming language that’s a pleasure to use and maintain. This introductory talk contains many live demos of basic language concepts, concurrency model, simple HTTP-based endpoint implementation and, of course, tests using build-in framework. This presentation will be interesting for backend engineers and DevOps to understand why Go had become so popular and how it might help to build robust and maintanable services.
Agenda of the presentation:
1. Go is not C, not Java, not anything
2. Rob Pike argument
3. Main ideas and basics
4. Concurrency model
5. Tools
6. Issues
GoLang is an open source programming language created by Google in 2009. It has a large community and was designed for scalability and concurrency. Some key features include being statically typed, compiled, and having built-in support for concurrency through goroutines and channels. Google uses GoLang extensively to build systems that scale to thousands of machines.
The document provides an introduction to the Go programming language. Some key points:
- Go was designed by Google to handle large scale software development with thousands of developers and machines. It focuses on concurrency, simplicity, and reliability.
- Some core features of Go include goroutines for lightweight threads, channels for communication between goroutines, and interfaces for abstraction.
- Go aims to compile quickly to machine code for performance and packages into single binaries for easy deployment.
- The document demonstrates building a basic web server in Go and encourages hands-on learning through its tour and examples.
This document discusses Go concurrency fundamentals including goroutines, channels, and synchronization primitives. It provides examples of using goroutines and channels for signaling between processes, timeouts, heartbeats, and implementing a load balancer. Key points covered include goroutines being lightweight processes, channel-based communication between goroutines, and using select to handle multiple channel operations.
Goroutines and channels are Go's approach to concurrency. Goroutines are lightweight threads that are scheduled by the Go runtime instead of the OS kernel. Channels allow goroutines to communicate by passing messages. This makes sharing state easier than with traditional threads. Common concurrency problems like deadlocks can still occur, so the Go race detector tool helps find issues. Overall, Go's model embraces concurrency through goroutines and channels, but care must still be taken to avoid problems.
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.
This document provides an introduction to the Go programming language. It discusses Go's history, syntax, types, control structures, functions, interfaces, concurrency features using goroutines and channels, and some examples. Key points are that Go was created at Google in 2007 for ease of programming, type safety, memory safety, and concurrency. It has similarities to C syntax but is garbage collected and uses channels for communicating between goroutines.
Go is a programming language created by Google to help solve problems with large software and hardware systems. It was designed to facilitate development of large codebases by many engineers. Some key problems it aimed to address were slowness, clumsiness and lack of productivity in other languages like C++. Go provides features like garbage collection, concurrency with goroutines and channels, and a standard library, while remaining simple and compiled. It grew from a small project at Google into an open source language adopted by many organizations.
Go is an open source programming language designed by Google to be concurrent, garbage collected, and efficient. It has a simple syntax and is used by Google and others to build large distributed systems. Key features include garbage collection, concurrency with goroutines and channels, interfaces without inheritance, and a large standard library.
The document provides an overview of the Go programming language. It discusses that Go was designed by Google to help solve their large-scale programming problems. It then summarizes Go's history, purpose, features, and syntax elements such as data types, operators, functions, concurrency using goroutines and channels. The document also provides examples of Go code and concludes that Go has emerged as a popular language for cloud infrastructure due to its simplicity, concurrency, and performance.
Introduction to go language programming , benchmark with another language programming nodejs , php , ruby & python . how install go . use what IDE . and rapid learnin golang
- Go is a programming language created at Google. It is fast, statically typed, and has garbage collection.
- The tutorial covers Go's history, why it was created, library support, and provides examples of variables, functions, flow control, methods, interfaces, and goroutines.
- The document includes an outline, code examples throughout to demonstrate the concepts, and references additional resources for learning Go.
Go is a statically-typed, compiled programming language developed by Google. It aims for fast build times and single binary deployments. Go emphasizes concurrency through lightweight goroutines and channels for communication between them. While it lacks some object-oriented features like inheritance, it provides built-in support for concurrency and parallelism which makes it well-suited for backend services, network applications, and processing large amounts of data.
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 Go programming language - Intro by MyLittleAdventuremylittleadventure
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.
Go is a compiled, concurrent, garbage-collected, statically typed language developed at Google in 2007 to address issues with large software systems. It was created to facilitate easy memory management, enable rapid compilation, and handle concurrency through built-in goroutines and channels. Many large companies now use Go for its improved developer productivity compared to other languages.
The document discusses the Go programming language and why it was created. It provides several key points:
- Go was created over a decade since a new major systems language emerged, and the computing landscape has changed significantly in areas like software development speed, dependency management, type systems, garbage collection, and parallelism.
- Go aims to address these changes with a compiled, garbage-collected language that provides fast compilation, easy dependency analysis, lightweight static types, built-in support for concurrency and communication on multicore systems.
- Some of Go's guiding principles in design were to reduce typing, clutter, and complexity while avoiding forward declarations and header files everything is declared once without type hierarchies.
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 language developed by Google with multi-core in mind. Differ from other languages, concurrency is a first-class primitive in Go. This talk covers some useful patterns for dealing with concurrency.
A talk I gave at the Golang TO Meetup. Highlighting the beautiful powers of Go with respect to concurrency, and writing concurrent programs using it.
Code at: github.com/jsimnz/concurrency-talk
This document provides guidance on designing microservices using the Go programming language. It begins with an introduction to Go's core concepts like packages, functions, methods, structs, interfaces, errors, goroutines, and what Go does not include. It then discusses when Go is well-suited and not well-suited through examples. The document concludes with tips for designing Go microservices, including leveraging existing frameworks, using interfaces, ORM for entities, centralizing configurations, and making errors meaningful. The overall message is to understand where Go works best and mix technologies as needed while avoiding unnecessary complexity.
Go is a programming language created by Google that aims to be a simple, efficient, and concurrent language. The document provides an overview of the history and features of Go, including its support for garbage collection, concurrency, and ease of programming. Examples are given demonstrating how to write Go code, use interfaces and channels for concurrency, and connect to MongoDB. The document also lists several companies that use Go in production applications.
Go is a statically typed, compiled programming language designed at Google in 2007 to improve programming productivity for multicore and networked machines. It addresses criticisms of other languages used at Google while keeping useful characteristics like C's performance, Python's readability, and support for high-performance networking and multiprocessing. Go is syntactically similar to C but adds memory safety, garbage collection, and CSP-style concurrency. There are two major implementations that target multiple platforms including WebAssembly. Go aims to guarantee that code written for one version will continue to build and run with future versions.
A software engineer designs, implements, and modifies software to improve quality and efficiency. The starting salary is around $65K. Bradley University in Peoria, Illinois offers a 4-year computer science program with potential free tuition. Educational requirements for the major can be found online. The total estimated cost of the computer science degree is $128,000.
Learning Analytics - What Do Stakeholders Really Think?Neil Witt
Presented at ALT-C 2016
In our increasingly digital world our students leave an ever-growing electronic footprint behind them as they pass through the physical and virtual campus. This data is still a greatly underused asset (Higher Education Commission, 2016) although a number of UK higher education institutions have already implemented descriptive, inferential and/or predictive Learning Analytics (LAs) solutions using a wide variety of approaches, see for example Sclater (2014).
This paper discusses recent research at an English post-92 university aimed at investigating the benefits and challenges of using LAs. Prompted by a perception that some voices had yet to be given a loud enough voice in relation to a systematic use of big data in the higher education sector. It was particularly concerned with gaining a better understanding of the hopes, fears and needs of those on whom it would be most likely to impact.
This presentation will focus on our findings from of a series of focus groups and interviews with students, university governors and academic professional and support staff that took place during the 2015/16 academic year. Questions were framed around understanding views about the purpose of LAs, concerns about the type of data liable to be used, perceptions of how likely being more informed would result in changes in behaviour and outcomes, and finally how should data be presented.
The results indicated that each group had different areas of interest when it came to the type of data of interest. These spanned the range from what may be regarded as strict LAs to Academic Analytics (for an explanation of the differences see Long and Siemens (2014)). A common theme however, was that most felt that being better informed would lead to better decision making. However, having knowledge about one’s own performance, particularly in relation to peers, was unwelcome in some quarters.
When examining student concerns about data, overall there was a low degree of anxiety and a high degree of trust that the institution in general and tutors in particular would behave responsibly. Concerns about legal and ethical problems were most likely to be voiced by academic, professional and support staff. Transparency, and finding creative approaches to promoting it, was identified as vital by most groups.
During this session we will share our findings in more detail and reflect on our understanding of variations in perceptions between and within different stakeholder groups. We will demonstrate and share a checklist of institutional risks and responsibilities that was developed as an aid to identifying, understanding and managing each of these areas.
This document provides an introduction to the Go programming language. It discusses Go's history, syntax, types, control structures, functions, interfaces, concurrency features using goroutines and channels, and some examples. Key points are that Go was created at Google in 2007 for ease of programming, type safety, memory safety, and concurrency. It has similarities to C syntax but is garbage collected and uses channels for communicating between goroutines.
Go is a programming language created by Google to help solve problems with large software and hardware systems. It was designed to facilitate development of large codebases by many engineers. Some key problems it aimed to address were slowness, clumsiness and lack of productivity in other languages like C++. Go provides features like garbage collection, concurrency with goroutines and channels, and a standard library, while remaining simple and compiled. It grew from a small project at Google into an open source language adopted by many organizations.
Go is an open source programming language designed by Google to be concurrent, garbage collected, and efficient. It has a simple syntax and is used by Google and others to build large distributed systems. Key features include garbage collection, concurrency with goroutines and channels, interfaces without inheritance, and a large standard library.
The document provides an overview of the Go programming language. It discusses that Go was designed by Google to help solve their large-scale programming problems. It then summarizes Go's history, purpose, features, and syntax elements such as data types, operators, functions, concurrency using goroutines and channels. The document also provides examples of Go code and concludes that Go has emerged as a popular language for cloud infrastructure due to its simplicity, concurrency, and performance.
Introduction to go language programming , benchmark with another language programming nodejs , php , ruby & python . how install go . use what IDE . and rapid learnin golang
- Go is a programming language created at Google. It is fast, statically typed, and has garbage collection.
- The tutorial covers Go's history, why it was created, library support, and provides examples of variables, functions, flow control, methods, interfaces, and goroutines.
- The document includes an outline, code examples throughout to demonstrate the concepts, and references additional resources for learning Go.
Go is a statically-typed, compiled programming language developed by Google. It aims for fast build times and single binary deployments. Go emphasizes concurrency through lightweight goroutines and channels for communication between them. While it lacks some object-oriented features like inheritance, it provides built-in support for concurrency and parallelism which makes it well-suited for backend services, network applications, and processing large amounts of data.
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 Go programming language - Intro by MyLittleAdventuremylittleadventure
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.
Go is a compiled, concurrent, garbage-collected, statically typed language developed at Google in 2007 to address issues with large software systems. It was created to facilitate easy memory management, enable rapid compilation, and handle concurrency through built-in goroutines and channels. Many large companies now use Go for its improved developer productivity compared to other languages.
The document discusses the Go programming language and why it was created. It provides several key points:
- Go was created over a decade since a new major systems language emerged, and the computing landscape has changed significantly in areas like software development speed, dependency management, type systems, garbage collection, and parallelism.
- Go aims to address these changes with a compiled, garbage-collected language that provides fast compilation, easy dependency analysis, lightweight static types, built-in support for concurrency and communication on multicore systems.
- Some of Go's guiding principles in design were to reduce typing, clutter, and complexity while avoiding forward declarations and header files everything is declared once without type hierarchies.
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 language developed by Google with multi-core in mind. Differ from other languages, concurrency is a first-class primitive in Go. This talk covers some useful patterns for dealing with concurrency.
A talk I gave at the Golang TO Meetup. Highlighting the beautiful powers of Go with respect to concurrency, and writing concurrent programs using it.
Code at: github.com/jsimnz/concurrency-talk
This document provides guidance on designing microservices using the Go programming language. It begins with an introduction to Go's core concepts like packages, functions, methods, structs, interfaces, errors, goroutines, and what Go does not include. It then discusses when Go is well-suited and not well-suited through examples. The document concludes with tips for designing Go microservices, including leveraging existing frameworks, using interfaces, ORM for entities, centralizing configurations, and making errors meaningful. The overall message is to understand where Go works best and mix technologies as needed while avoiding unnecessary complexity.
Go is a programming language created by Google that aims to be a simple, efficient, and concurrent language. The document provides an overview of the history and features of Go, including its support for garbage collection, concurrency, and ease of programming. Examples are given demonstrating how to write Go code, use interfaces and channels for concurrency, and connect to MongoDB. The document also lists several companies that use Go in production applications.
Go is a statically typed, compiled programming language designed at Google in 2007 to improve programming productivity for multicore and networked machines. It addresses criticisms of other languages used at Google while keeping useful characteristics like C's performance, Python's readability, and support for high-performance networking and multiprocessing. Go is syntactically similar to C but adds memory safety, garbage collection, and CSP-style concurrency. There are two major implementations that target multiple platforms including WebAssembly. Go aims to guarantee that code written for one version will continue to build and run with future versions.
A software engineer designs, implements, and modifies software to improve quality and efficiency. The starting salary is around $65K. Bradley University in Peoria, Illinois offers a 4-year computer science program with potential free tuition. Educational requirements for the major can be found online. The total estimated cost of the computer science degree is $128,000.
Learning Analytics - What Do Stakeholders Really Think?Neil Witt
Presented at ALT-C 2016
In our increasingly digital world our students leave an ever-growing electronic footprint behind them as they pass through the physical and virtual campus. This data is still a greatly underused asset (Higher Education Commission, 2016) although a number of UK higher education institutions have already implemented descriptive, inferential and/or predictive Learning Analytics (LAs) solutions using a wide variety of approaches, see for example Sclater (2014).
This paper discusses recent research at an English post-92 university aimed at investigating the benefits and challenges of using LAs. Prompted by a perception that some voices had yet to be given a loud enough voice in relation to a systematic use of big data in the higher education sector. It was particularly concerned with gaining a better understanding of the hopes, fears and needs of those on whom it would be most likely to impact.
This presentation will focus on our findings from of a series of focus groups and interviews with students, university governors and academic professional and support staff that took place during the 2015/16 academic year. Questions were framed around understanding views about the purpose of LAs, concerns about the type of data liable to be used, perceptions of how likely being more informed would result in changes in behaviour and outcomes, and finally how should data be presented.
The results indicated that each group had different areas of interest when it came to the type of data of interest. These spanned the range from what may be regarded as strict LAs to Academic Analytics (for an explanation of the differences see Long and Siemens (2014)). A common theme however, was that most felt that being better informed would lead to better decision making. However, having knowledge about one’s own performance, particularly in relation to peers, was unwelcome in some quarters.
When examining student concerns about data, overall there was a low degree of anxiety and a high degree of trust that the institution in general and tutors in particular would behave responsibly. Concerns about legal and ethical problems were most likely to be voiced by academic, professional and support staff. Transparency, and finding creative approaches to promoting it, was identified as vital by most groups.
During this session we will share our findings in more detail and reflect on our understanding of variations in perceptions between and within different stakeholder groups. We will demonstrate and share a checklist of institutional risks and responsibilities that was developed as an aid to identifying, understanding and managing each of these areas.
This document discusses software cost estimation techniques. It describes top-down and bottom-up estimation, where top-down focuses on system-level costs and bottom-up estimates costs of individual modules. Expert judgment is the most widely used technique, relying on experience to estimate costs, but it can overlook module costs or new factors. Bringing together a group of experts can provide a consensus estimate to compensate for individual oversight, but the group may feel pressure or be dominated by one member. Accurate cost estimation is difficult due to unknown factors during planning.
This document discusses agile methodologies and cost estimation. Agile methodologies take an iterative approach to software development, making cost estimation more challenging. The document examines how to estimate costs for projects using agile methods in 3 sentences or less.
The document is a 2006 salary guide for various industries and roles in Asia. It provides salary ranges in local currencies for positions in accounting, banking, finance, human resources, healthcare, engineering, retail, sales, marketing, supply chain and other fields in countries like Singapore, Malaysia, Thailand, Indonesia, Hong Kong, China, India and Japan. The guide is intended to give an overview of typical compensation levels in Asia and be used as a reference, while noting that salaries can vary by industry, company size and country.
Sharing up to 80% code for iOS, Android, and Windows platforms, a Retail App ...Xamarin
1) The document discusses sharing code across mobile platforms like iOS, Android, and Windows using Xamarin.
2) It highlights that around 84% of the code can be shared between platforms, including the model, shared logic, and services, while 16% is platform specific like the UI.
3) The presentation provides tips on architecture patterns for maximizing code reuse between platforms while keeping platforms differences in mind, such as navigations and partial classes.
Southeast Indonesia: A guide for investors and developers in Lombok, Sumbawa,...Travis Albee
A Guide for Investors and Developers. In Issue One: Lombok's tourist hot spots, Kuta and South Lombok, Senggigi, Lombok tourism growth, villas and villa plots.
Developing a technology enhanced learning strategySarah Knight
This presentation was presented jointly with Sarah Davies at University of East London on the 15th January 2014 as part of the Changing Learning Landscapes programme of support.
Natural Resources: Career Development in Europe and AsiaKelly Services
This document discusses findings from the 2014 Kelly Global Workforce Index survey regarding career development in the natural resources sector. Some key findings include:
- Employee commitment and loyalty remain relatively low, with only around 30% feeling totally committed or more loyal compared to the previous year. Intention to switch jobs within a year is high at 63% globally.
- Most employees prioritize acquiring new skills over career advancement. However, there are regional differences, with those in APAC placing more importance on advancement.
- Less than half of employees report having career development discussions with their employers in the past year. These discussions do not consistently provide benefits in terms of new skills or advancement opportunities.
- Confidence in career prospects and
Clients need to know how much a project will cost. Waterfall development is always late and over-budget. Agile development is done when it's done. You're left with estimates that you know are too low and then you squeeze them anyway. It shouldn't be this way. We'll look at how this happens, early warning signs, ways out and ways of avoiding it in the first place.
This document discusses project-based instruction and the importance of self-directed learning. It addresses concerns with the current education system and argues that the purpose of school should be to prepare students for life after graduation. Project-based instruction is presented as a potential solution that engages students in authentic projects with real-world audiences. This helps students develop important skills like communication, collaboration, problem-solving and the ability to teach themselves. The document provides examples of project types and emphasizes that technology tools should empower student learning rather than replace teachers.
Is it possible to acquire coding capabilities as we acquire native languages?
This presentation puts together convincing arguments to assess the viability of such an approach, suggesting that current tools and methodologies (based on visual programming languages, interactive online tools, and playful intuitive exercises) could be effectively combined to build an informal language-neutral learning environment.
The result could be a new generation of "native coders" with unmediated computational thinking skills.
Spark Streaming Tips for Devs and Ops by Fran perez y federico fernándezJ On The Beach
During this talk we will see a regular Kafka/Spark Streaming application, going through some of the most common issues and how we fix them. We'll see how to improve our Spark App in two different point of views: Code quality and Spark Tuning. The final goal is to have a robust and resilient Spark Application deployable in a production-like environment.
Coding isn't just for engineers. Find out how learning a little code can help managers, marketers, creatives, and IT folks. http://www.lynda.com/articles/code-drives-world-lynda-com
Coding, like language study, has cognitive advantages. Learning a system of signs, symbols and rules used to communicate improves thinking by challenging the brain to recognize, negotiate meaning and master different language patterns. Multilingual people are more adept at switching between communication structures. Unfortunately, few high schools and far fewer middle and elementary schools offer courses in computer programming. Some educators are considering a programming language as fulfilling the requirement for a “second language.” Why teach coding outside a computer science class? Should it count as a “second language?” How is a programming language comparable to a spoken language? What should we be teaching as coding?
A culture of learning isn’t all about technology or blending face-to-face (F2F) with online experiences. It’s not dependent on social media or boastful trends. A culture of learning is about building—in a thoughtful, systematic way—a structure and vision for enabling employees to do their best.
This document provides an overview and salary ranges for jobs in Indonesia in 2017. It discusses the joint venture between Temp Holdings and Kelly Services to form TS Kelly Asia Pacific, the largest workforce solutions company in Asia Pacific. It then provides details on the economic outlook for Indonesia and trends in its labor market. The bulk of the document consists of salary ranges for a wide variety of jobs in industries such as banking and finance, consumer goods, engineering, life sciences, and technology. The salaries are broken down by qualification, experience, job role, and company division or department.
The document discusses programming concepts including programming languages, switch case statements, and looping. It provides examples of how to write code using switch case statements and different types of loops (for, while, do-while). The examples demonstrate how to get user input, perform calculations, and repeat blocks of code multiple times.
Switch case statements provide an alternative to long if/else statements when comparing a variable to multiple integral values. The basic format compares the variable to case values, executing code for a matching case. A default case handles non-matching values. Loops allow code to repeat, with for, while, and do-while loops. For loops initialize/update a variable and check a condition each repetition. While loops check a condition and repeat until it's false. Loops are useful for repeating tasks like displaying lists of data.
These are the slides for the seminar to have a basic overview on the GO Language, By Alessandro Sanino.
They were used on a Lesson in University of Turin (Computer Science Department) 11-06-2018
The document discusses programming languages and different types of loops used in programming. It defines programming as using a computer language to develop applications and scripts for a computer to execute. It then describes the different types of loops - for loops, which allow initialization of a variable, checking a condition, and updating the variable; while loops, which repeat code while a condition is true; and do-while loops, which execute code at least once before checking the condition. Examples of each loop type are provided to illustrate their usage.
The document discusses programming concepts including switch case statements, looping, and different types of loops like for, while, and do-while loops. It provides examples of how to write switch case statements to select different code blocks based on a variable's value. It also explains the different parts of for, while, and do-while loops and provides examples of each type of loop. Several short programs are included that demonstrate using loops and switch case statements to process user input and perform calculations.
Programming involves using computer languages to develop applications, scripts, or other instructions for computers. It is a creative process where programmers instruct computers on tasks through programming languages. There are many programming languages available, with some of the most common being C++ and Dev C++. Programming can involve various structures like switch statements and loops to control program flow and repetition.
This document provides an introduction and overview of Node.js. It discusses the brief history of server-side JavaScript, how Node.js was created to enable easy push capabilities for websites, and its growth in popularity in the following years. The document also covers key aspects of Node.js like non-blocking I/O, event loops, streams, modules, and dependency management with NPM. Popular frameworks like Express, Hapi, and tools/concepts like IoT, desktop apps, and real-time apps are also mentioned.
In this session, see Google Web Toolkit used in exotic and creative ways to solve interesting engineering problems, from authoring OpenSocial apps that run as both Web gadgets and native Android applications, to developing Adobe AIR applications using GWT, compiling CSS selectors to Javascript at compile time, running multithreaded code with GWT and Gears workers, or exporting GWT libraries for JavaScript users. Learn the secrets of writing "faster than possible" GWT code, how to use Generators and Linkers in harmony, and make seamless procedure calls from GWT code to other environments like Flash, Gears, or Android.
The document discusses the future of server-side JavaScript. It provides reasons for using JavaScript on the server, including that it is the lingua franca of the web, allows for code reuse between server and client, and supports asynchronous programming well. It also discusses JavaScript engines, CommonJS modules and packages, environments like Node.js and RingoJS, and trends like wider adoption and cloud-based IDEs.
Introduction to Google App Engine with PythonBrian Lyttle
Google App Engine is a cloud development platform that allows users to build and host web applications on Google's infrastructure. It provides automatic scaling for applications and manages all server maintenance. Development is done locally in Python and code is pushed to the cloud. The platform provides data storage, user authentication, URL fetching, task queues, and other services via APIs. While initially limited to Python and Java, it now supports other languages as well. Usage is free for small applications under a monthly quota, and priced based on usage for larger applications.
Programming languages allow programmers to develop computer programs and software by providing instructions to computers. They provide a framework for organizing ideas about processes and tasks. Programming is a broad field that involves writing scripts, applications, and programs using various programming languages. Common programming languages include C++ and DEV C++. Programming uses concepts like variables, data types, functions, and control structures like loops and conditional statements to manipulate data and develop programs.
The document discusses switch case statements and looping in programming. It provides examples of switch case statements that check the value of a variable and execute different code blocks depending on the value. It also discusses the different types of loops - for, while, and do-while loops - and provides examples of each. The examples demonstrate how to use switch cases and loops to repeat blocks of code or make decisions based on variable values.
Switch statements and looping statements are key programming concepts. Switch statements allow a program to evaluate an expression and branch to different blocks of code based on the resulting value. Common switch statements include if/else. Looping statements let a program repeat blocks of code a specified number of times or while a condition remains true. Common looping statements include while, do/while, and for loops. Together, switch and looping statements allow programs to selectively execute code and repeat tasks as needed to process inputs and achieve the desired output.
Go 1.10 Release Party, featuring what's new in Go 1.10 and a few deep dives into how Go works.
Presented at the PDX Go Meetup on April 24th, 2018.
https://www.meetup.com/PDX-Go/events/248938586/
"Xapi-lang For declarative code generation" By James NelsonGWTcon
Xapi-lang is a Java parser enhanced with an XML-like syntax that can be used for code generation, templating, and creating domain-specific languages. It works by parsing code into an abstract syntax tree and then applying visitors to analyze and transform the AST to produce output. Examples shown include class templating, API generation from templates, and UI component generation. The document also discusses best practices for code generation and outlines plans for rebuilding the GWT toolchain to support GWT 3 and J2CL. It promotes a new company, Vertispan, for GWT support and consulting and introduces another project called We The Internet for building tools to improve political systems using distributed democracy.
The document provides information about different types of loops in programming:
- Loops allow repeating a block of code a specified number of times, which is useful for tasks like displaying lists that require repeating an operation.
- A for loop repeats until a specific number of iterations is reached, as defined by its initialization, condition, and increment/decrement components.
- A while loop continuously repeats a block of code as long as a given condition remains true.
- Examples are given demonstrating the use of while and for loops to repeatedly output the values of a variable in C++.
Tony Scalese, Edgewater Ranzal Oracle Financial Data Management (FDM) practice director, presented "Jython Scripting in FDMEE - It's Not That Scary" at KScope14.
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.
Tzar C. Umang has extensive experience in government relations, private contracting, research, teaching, and management roles. He holds a BS in Biology from St. Louis University Baguio and completed an MS in Information Technology with a focus on computational neurology. As a private contractor since 2008, he has developed websites, mobile applications, and systems using various programming languages. He has also held several leadership roles managing IT departments and projects for government and private organizations. Additionally, Tzar conducts research in areas such as machine learning, neural networks, and cybersecurity.
Cloud security From Infrastructure to People-wareTzar Umang
Understand Cloud Security in every level from infrastructure to people ware via understanding threats, hardening your servers and creating policies that will users be guided on securing themselves.
Understand Social Engineering on a new perspective, beyond the conventional understanding that we have, learn how we use it on social development and securing the weakest link in cybersecurity
A Different Perspective on Business with Social DataTzar Umang
Do business the intelligent way with Social Data and Analytics, harness the power Social Media and Sentiments and use it to improve your brand and or your current campaign,
An introduction to Google's AI Engine, look deeper into Artificial Networks and Machine Learning. Appreciate how our simplest neural network be codified and be used to data analytics.
Literally, Kanban is a Japanese word that means "visual card". At Toyota, Kanban is the term used for the visual & physical signaling system that ties together the whole Lean Production system. Kanban as used in Lean Production is over a half century old. It is being adopted newly to some disciplines as software.
Social Media Analytics for the 3rd and Final Presidential DebateTzar Umang
This document summarizes data and analysis from social media activity during the third and final Philippine presidential debate on April 24, 2016. It analyzes metrics like user posts, reach, and impressions for the hashtags #PiliPinasDebates2016 and #Halalan2016 over time. Keyword networks are also presented for each candidate, showing their most significant associated terms. The analysis found that Duterte was the only candidate with a relevant set of debate-related keywords, while other candidates were mostly discussed individually. Overall hashtag activity peaked around 8 PM during the town hall segment.
Formal Concept Analysis is a method used for investigating and processing explicitly given information, in order to allow for meaningful and comprehensive interpretation.
A Smart City is a Future Vision of developed urban area, anchored on sustainable and inclusive economic development, and yielding a high quality of life for all by excelling in multiple complementing dimensions; Governance, People, Economy, Mobility, Environment and Living
The document discusses how smart ICT can be leveraged to improve various areas like urban planning, disaster risk reduction, healthcare, and agriculture. It provides examples of how instrumentation, interconnection, and intelligence through technologies like sensors, cloud computing, and data analytics can help create smarter cities, healthcare systems, and farms. The key is applying these smart ICT principles and technologies to help deliver services more efficiently and enable inclusive growth.
This document discusses formal concept analysis (FCA) as a method for analyzing data. FCA takes a data set consisting of objects and their attributes and identifies natural clusters of objects that share attributes and natural clusters of attributes shared by objects. These clusters form a concept lattice that represents the conceptual relationships in the data. FCA can be used to gain insight from data, foresee patterns and relationships, and structure data for delivery and presentation. The document provides examples and explanations of key FCA terms and processes like formal contexts, derivation, concepts and implications.
Smart Information and Communication Technology (ICT) is a new holistic approach on ICT development, integration and implementation where it harmonizes with Science and Technology, to produce new products, service, enhance workflow and improve human life. With this approach it enables inclusiveness on growth and sustainability on society development, where it enables equal access to technology and its innovations by bridging the gaps on how we do ICT in the past.
Cloud computing Disambiguation using Kite ModelTzar Umang
The document discusses cloud computing and provides definitions and classifications of cloud computing concepts. It introduces the Kite Model as a way to conceptualize cloud computing. The Kite Model analogizes cloud computing architecture to a kite, with the user represented by the person flying the kite, the network and technology as the string, and applications and services as the kite itself. The document then uses the Kite Model to disambiguate concepts in cloud computing, explaining how applications can be accessed from any device (multiplatform), run in virtualized environments, be customized flexibly for users, and upgraded without affecting users (effective upgrades). It outlines the typical architecture of cloud computing with cloud servers managing applications and services, nodes for user/resource
This document provides an overview of agile development methodology, specifically Scrum. It defines key Scrum concepts like roles, processes, artifacts, and scaling. The document explains that Scrum is an iterative, incremental process that allows a team to rapidly develop work in short cycles while adapting to change. It emphasizes self-organizing cross-functional teams and daily stand-ups to track progress toward a sprint goal.
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Know the importance of Data on your business, how it can shape up your Business Operations and day to day decision making from a narrative representation of your Data.
Best web hosting Vancouver 2025 for you businesssteve198109
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Virtualization Trends Streamlining Operations in Telecom with David Bernard ...David Bernard Ezell
The telecommunications industry is undergoing a significant transformation driven by virtualization technologies. Virtualization, which involves the abstraction of hardware resources and the creation of virtual instances of software-based functions, is revolutionizing the way telecom operators design, deploy, and manage their networks. In this blog, we delve into the latest virtualization trends that are reshaping operations in the telecom sector, driving efficiency, agility, and innovation.
How to Switch Hosting Providers in Vancouver Without Any Downtimesteve198109
Switching web hosting providers can feel like a daunting task—especially if you're running a business, wellness brand, blog, or eCommerce store in Vancouver that depends on 24/7 uptime. This comprehensive guide walks you through every essential step to migrate your website to a new hosting provider without experiencing any downtime or disruption. Whether you're switching due to slow load times, poor customer service, rising renewal costs, or a desire for better security and scalability, this post ensures you do it right the first time.
From choosing the right local hosting service in Vancouver—such as 4GoodHosting—to backing up your files, testing your new environment, and monitoring DNS changes, every phase is explained with practical tips and tools. You'll also discover why Vancouver-based servers improve your SEO, boost page speed, and offer regionally aligned customer support. Perfect for green startups, wellness entrepreneurs, and growing online stores, this guide helps ensure a smooth transition with no interruptions, lost data, or negative customer experiences.
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APNIC -Policy Development Process, presented at Local APIGA Taiwan 2025APNIC
Joyce Chen, Senior Advisor, Strategic Engagement at APNIC, presented on 'APNIC Policy Development Process' at the Local APIGA Taiwan 2025 event held in Taipei from 19 to 20 April 2025.
What's going on with IPv6? presented by Geoff HustonAPNIC
APNIC Chief Scientist, Geoff Huston, presented on the global deployment of IPv6 at the 6th ICANN APAC-TWNIC Engagement Forum and 43rd TWNIC OPM held in Taipei from 22 to 24 April 2025.
Smart Mobile App Pitch Deck丨AI Travel App Presentation Templateyojeari421237
🚀 Smart Mobile App Pitch Deck – "Trip-A" | AI Travel App Presentation Template
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Vancouver in 2025 is more than scenic views, yoga studios, and oat milk lattes—it’s a thriving hub for eco-conscious entrepreneurs looking to make a real difference. If you’ve ever dreamed of launching a purpose-driven business, now is the time. Whether it’s urban mushroom farming, upcycled furniture sales, or vegan skincare sold online, your green idea deserves a strong digital foundation.
The 2025 Canadian eCommerce landscape is being shaped by trends like sustainability, local innovation, and consumer trust. To stay ahead, eco-startups need reliable hosting that aligns with their values. That’s where 4GoodHosting.com comes in—one of the top-rated Vancouver web hosting providers of 2025. Offering secure, sustainable, and Canadian-based hosting solutions, they help green entrepreneurs build their brand with confidence and conscience.
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Understanding the Tor Network and Exploring the Deep Webnabilajabin35
While the Tor network, Dark Web, and Deep Web can seem mysterious and daunting, they are simply parts of the internet that prioritize privacy and anonymity. Using tools like Ahmia and onionland search, users can explore these hidden spaces responsibly and securely. It’s essential to understand the technology behind these networks, as well as the risks involved, to navigate them safely. Visit https://torgol.com/
Determining Glass is mechanical textileAzizul Hakim
Introduction to Go language
1. Introduction to Go Language
GDGDEVFESTBAGUIO -CAR 2014
UNIVERSITY OF BAGUIO
TZAR C. UMANG
ICT DIRECTOR –HIVE INC.
2. Flow of discussion
Requirements
Introduction
Basics
Sample Deployment
3. Requirements
Development
Software Development Kit and Test Environment
You can use Appengine’sGo SDK: https://cloud.google.com/appengine/downloads
Python 2.7 (please don’t use the newest version)
IDE
You can use Sublimetxtand notepad++
If your on the cloud you can use Github’sonline IDE
Pushing files when Deploying
Git: http://git-scm.com
4. Requirements
Development Servers
Highly recommend Google’s Appenginefor Go Language
You can also use Openshift’sGo Language Environment, but you will not have access to Appengine’sfunctionalities
Deployment
You can use Appengine+ Cloudcomputeof Google
Or OpenshiftBig Gear
5. Young Language
Created by: Robert Griesemer, Ken Thompson, and Rob Pike (Googlers) in late 2007
Brought to public in 2009
A new systems programming languagefor the past 10 years +
It is fastto develop, compileand run
Answer to hardware’s limitations today, yet future proofing your system, where the language handles routine and memory management
Funand Easymaking developmentmore productiveand we don’t use semicolons “;”
Uses goroutines, a lightweight communicating processes and its concurrent, multiplexing of it onto threads is done automatically
Has a good garbage collection, it is efficient and low in latency
7. Basics
Comments
Uses /**/ or //
// for line by line comment
/**/ for large chunk disabling of function or a big header credit on your code
8. Basics
Formatting
Indention is just like any other IDE for any PL tab works for them
gofmthandles alignment on you code
Parenthesis
Go uses lesser parenthesis
Structures like if, for and switch don’t require it
Operator precedence hierarchy is shorter and clearer
x<<8 + y<<16 //spaces implies what it means
9. Basics
Semicolons “ ; “
We don’t usually use it to terminate a line just like python
Mostly used to separate clauses of for –loops and the like
Making codes cleaner on the eye
10. Basics
If –statement
It looks as simple as this
if a > 1 {
return b
}
It also accept initialization statements, to setup a local variable
if err := datastore.Get(c, key, &b); err != nil {
return err
}
11. Basics
Loop
Unified for and while, there is no do-while
For
for init; condition; post { }
While
for condition { }
For(;;)
for { }
No comma operator and “+ +” and “--” are statements not expression
//Reversea
fori,j:=0,len(a)1;i<j;i,j=i+1,j1{
a[i],a[j]=a[j],a[i]
}
To run multiple variables you need to use assignments
12. Basics
Switch
Go uses a more general implementation of switches
Expressions don’t need to be constants or even integers
Cases are evaluated top to bottom until a match is found
And if switch has no statement it switches to “true”
Making it possible to write if-else-if-else-if-else chain as a switch
14. Basics
Switch
Cases can be presented into commas as well
funcrunOver(cbyte)bool{
switchc{
case'','?','&','=','#','+','%':
returntrue
}
returnfalse
}
16. Basics
Strings
It is built in, these are immutable values not just arrays of bytes values.
You can’t change a string variable once it is built
Though you can use snippets to change or to reassign string variables
s:="hello"
ifs[1]!='e'{os.Exit(1)}
s="goodbye"
varp*string=&s
*p="ciao"
17. Basics
Arrays
Declared this way
vararrayOfInt[10]int;
They are like strings with values though mutable
Arrays holds values in Go making it as meaningful as a string, not like with other language such as C where arrays are pointers
18. Basics
Pointers
We have them but they are limited
No pointer arithmetic
Easier for garbage collection
22. Requirements
Development
Software Development Kit
You can use Appengine’sGo SDK: https://cloud.google.com/appengine/downloads
Python 2.7 (please don’t use the newest version)
IDE
You can use Sublimetxtand notepad++
If your on the cloud you can use Github’sonline IDE
Pushing files
Git: http://git-scm.com
23. Requirements
Development Servers
Highly recommend Google’s Appenginefor Go Language
You can also Openshift’sGo Language Environment, but you will not have access to Appengine’sfunctionalities
Deployment
You can use Appengine+ Cloudcomputeof Google
Or OpenshiftBig Gear
24. THANK YOU!!!
For Questions and Tutorials you may join the group
“Philippine Gophers” in FB and G+
Or add me in:
fb.com/tzarumang
twitter.com/definitelytzar
plus.google.com/tzarumang
Presentation is based from:
golang.org
Chris Lupo’sThe Go Programming Language