Titanium Alloy Tutorial

Angular is an open source JavaScript framework that is used to build single page based web applications.A detailed overview of Angular 4, Its features, development environment and components.

You’re in love with Spring Boot, but you miss your old pal AngularJS? Don’t fear, Vue.js is here! Vue is very similar to AngularJS, but much more powerful, yet slim and light for PWAs. In this session, you’ll see how to build a Spring Boot API and secure it with Spring Security. You’ll also learn how to build a Vue.js PWA, all the while enjoying a bootiful hot-code-reload experience. Lots of live coding in this one! Blog: https://developer.okta.com/blog/2018/12/03/bootiful-spring-boot-java-vue-typescript GitHub: https://github.com/oktadeveloper/spring-boot-vue-example

Microservices are being deployed by many Java Hipsters. If you're working with a large team that needs different release cycles for product components, microservices can be a blessing. If you're working at your VW Restoration Shop and running its online store with your own software, having five services to manage and deploy can be a real pain. This presentation will show you how to use JHipster to create Angular + Spring Boot apps with a unified front-end. You will leave with the know-how to create your own excellent apps! Bonus: I'll show you how to use Ionic for JHipster to create native applications on mobile. It's pretty darn slick! Blog posts: * https://developer.okta.com/blog/2018/03/01/develop-microservices-jhipster-oauth * https://developer.okta.com/blog/2018/01/30/jhipster-ionic-with-oidc-authentication GitHub: https://github.com/oktadeveloper/okta-jhipster-microservices-oauth-example Download the JHipster Mini-Book v5.0 for free from InfoQ! https://www.infoq.com/minibooks/jhipster-mini-book-5 You can also watch my JHipster Microservices course on Pluralsight. https://www.pluralsight.com/courses/play-by-play-developing-microservices-mobile-apps-jhipster

React is an open source JavaScript library for building user interfaces. It was created by Jordan Walke at Facebook in 2011 and is now maintained by Facebook, Instagram, and a community of developers. Major companies like Facebook, Netflix, Instagram, Khan Academy, and PayPal use React to build their interfaces. React uses a virtual DOM for faster rendering and makes components that manage their own state. It uses JSX syntax and a one-way data flow that is declarative and composable.

To simplify development and deployment, you want everything in the same artifact, so you put your Angular app “inside” your Spring Boot app, right? But what if you could create your Angular app as a standalone app and make cross-origin requests to your API? A client app that can point to any server makes it easy to test your current client code against other servers (e.g. test, staging, production). This workshop shows how to develop with Java 8, Spring Boot, Angular 4, and TypeScript. You’ll learn how to create REST endpoints with Spring MVC, Spring Data REST, configure Spring Boot to allow CORS, and create an Angular app to display its data. If time allows we’ll cover microservices, security/authentication, continuous integration, and deployment to Cloud Foundry. Prerequisites: Java 8, Maven 3.5.0, Node.js 6.9.5, Chrome (higher versions ok) Install Angular CLI: npm install -g @angular/cli Optional: Yarn instead of npm Tutorial used for workshop: http://developer.okta.com/blog/2017/04/26/bootiful-development-with-spring-boot-and-angular

The document discusses how to build iPhone apps using Titanium Mobile which allows using JavaScript. It provides instructions on installing the iPhone SDK, Titanium Developer, requesting access, and setting up a new app by configuring tiapp.xml, adding HTML/JS/CSS files, and checking in the emulator. It also outlines the available APIs for building advanced apps.

Introduction to Angular Material, Angular Router and Angular Http with RxJS library. Fake REST API set up using json-server. Demo app source code available at: https://github.com/jeuneingenieurisamm/LangInstitute

Basics to start with Angular 5 from setting up to deploying the application in production mode. It will help you to start fast and compare Angular JS with Angular 5

Are you a backend developer that’s being pushed into front end development? Are you frustrated with all JavaScript frameworks and build tools you have to learn to be a good UI developer? If so, this session is for you! We’ll explore the tools of the trade for frontend development (npm, yarn, Gulp, Webpack, Yeoman) and learn the basics of HTML, CSS, and JavaScript. This presentation dives into the intricacies of Bootstrap, Material Design, ES6, and TypeScript. Finally, after getting you up to speed with all this new tech, I'll show how it can all be found and integrated through the fine and dandy JHipster project.

This document provides an introduction to building applications with Angular. It discusses installing Node.js and NPM, creating an Angular project, modules and components. The document walks through generating a new project, adding modules and components, and serving the application locally. It also briefly discusses Single Page Applications and the different types of modules in Angular.

I presented it at my company to give them a brief introduction of Angular 2, which were published officially recently. TypeScript is using in Angular 2 by default to extend a lot of benefits on writing best code.

With the progressive growing of Web Applications in the last few years, the new version of this super framework has some awesome new things. Change detection? Syntax sugar? ES6? Native APIs?

This document provides an overview of the Angular CLI and how to get started with it. It discusses how to install the Angular CLI, generate an initial project using the ng new command, and an overview of the file structure and common commands like ng serve, ng test, and ng build. It also briefly touches on generating components, services, pipes and more using the ng generate command.

This blog is about creation of a ‘Hello World’ Angular 2.0 Application integrated with Liferay DXP to fetch Liferay’s OOTB advantages. Such integration can enable quick development of secured application that provides boosted digital experience to the user.

This Edureka "What's New in Angular 4" tutorial will help you to understand the changes that have been incorporated in Angular 4. In this tutorial, you will learn how to migrate an Angular 2 application to Angular 4. Below are the topics covered in this tutorial: 1) Angular Releases 2) Why not Angular 3? 3) It's Just Angular!!! 4) What's new in Angular 4? 5) Demo for Upgrading an Angular 2 app to Angular 4 Here is a structured training on Angular, check out the details: https://goo.gl/wdcjyr Subscribe to our channel to get updates. Check our complete Angular playlist here: https://goo.gl/15McX5

Troy Miles presented on ReactJS and related technologies. He discussed React which uses a virtual DOM and one-way data flow to build user interfaces. React uses JSX syntax to generate HTML and is component-based. React Router syncs the UI with the URL. Flux and Redux are patterns for managing data flow, with Redux being a predictable state container. Components are used to build reusable UI, and props are used to pass data between components.

Are you a backend developer that’s being pushed into front end development? Are you frustrated with all JavaScript frameworks and build tools you have to learn to be a good UI developer? If so, this session is for you! We’ll explore the tools of the trade for fronted development (npm, yarn, Gulp, Webpack, Yeoman) and learn the basics of HTML, CSS, and JavaScript. We’ll dive into the intricacies of Bootstrap, Material Design, ES6, and TypeScript. Finally, after getting you up to speed with all this new tech, we’ll show how it can all be found and integrated through the fine and dandy JHipster project.

Titanium is a lustrous transition metal with low density and high strength. It is produced commercially from titanium dioxide via the Kroll process. Titanium has excellent corrosion resistance and high strength at elevated temperatures, making it useful for applications in aerospace, marine, chemical and biomedical industries. It exists in two crystal structures, hexagonal close-packed at lower temperatures and body-centered cubic at higher temperatures, and can be alloyed to modify its properties for different applications.

Titanium is named after the Titans, the powerful sons of the earth in Greek mythology. • Titanium is the forth abundant metal on earth crust (~ 0.86%) after aluminium, iron and magnesium. Titans homepage.mac.com Rutile (TiO2) mineral.galleries.com Ilmenite (FeTiO3) • Not found in its free, pure metal form in nature but as oxides, i.e., ilmenite (FeTiO3) and rutile (TiO2). • Found only in small amount in Thailand...

This document provides an overview of AMG Titanium Alloys & Coatings, including its business units, products, markets served, locations, and strategic priorities. Key points include: - AMG serves the aerospace, energy, infrastructure, and specialty metals & chemicals industries. - Its main products include coating materials, master alloys, chemicals, and powders. - Facilities are located in Nuremberg and Freiberg, Germany. - Strategic priorities for 2013 include reducing expenses, improving working capital levels, and optimizing capital expenditures to increase returns.

The document discusses a presentation given at Droidcon 2015 about the Titanium/Appcelerator application development platform. The presentation covered the benefits of Titanium, such as code reuse across platforms and leveraging existing web development skills. It demonstrated building a simple weather app in Titanium and discussed lessons learned around installation/IDEs, debugging, community support and when Titanium may be a good fit for a project.

簡單介紹Appcelerator Titanium這套跨平台行動應用框架，包含其運作原理、特色與開發工具。

The document provides steps to set up the development environment for building mobile apps using Titanium, an open source framework. It discusses installing Java, Android SDK, Python, SCons, Git. It also explains concepts like windows, views and widgets in Titanium and provides code samples to create common UI elements like labels, text fields, buttons, pickers, images and tables.

Titanium Mobile allows building cross-platform mobile apps using JavaScript, HTML, and CSS. It simplifies mobile development by using existing web skills. Apps are built natively for iOS and Android and can access useful modules like Maps, Media, and Contacts. The document demonstrates creating a study app prototype in Titanium Mobile in under 24 hours with no prior mobile experience. It discusses the app structure, main components like windows, tabs and tables, and building out specific screens for disciplines, books, chapters, quizzes and feedback.

The document discusses the tradeoff between flexibility and performance in Appcelerator Titanium Mobile. Titanium offers rapid development, cross-platform deployment, and leveraging of JavaScript libraries, but questions whether the native user experience and execution speed can match truly native mobile apps. Some techniques for improving Titanium performance are presented, such as optimizing code through profiling, caching values, and using native modules when possible.

The document summarizes information about a project called "Titanium" led by the Ukrainian Center of Commercialization and Technology Transfer. The innovative technology employs hydrogenated titanium powder to produce titanium alloys via a simplified pressing and sintering process. This reduces production costs by 5 times compared to traditional titanium production while maintaining high mechanical properties of the synthesized alloys. The project aims to enter the European, Russian and Kazakhstan markets between 2015-2016, targeting the aviation, automotive, and medical industries. It provides background on the team and details production stages and investment needs to reach profitability by 2018.

Presentation used for the speech I gave at the WHYMCA 2011 - Italian Mobile Developer Conference, held in Milan (IT) on may 20th 2011

Kelompok 3 mempresentasikan tentang unsur titanium. Titanium ditemukan pada tahun 1791 dan memiliki sifat fisika seperti keras, ringan, dan tahan korosi. Secara kimia, titanium bereaksi dengan oksigen membentuk oksida titanium dan dapat digunakan sebagai pigmen putih. Titanium memiliki berbagai penerapan seperti di industri pesawat terbang dan peralatan medis.

Kevin Michaels, global managing director – aviation consulting & services at ICF International, presented at the 2nd Annual European Aerospace Raw Materials & Manufacturers Supply Chain Conference. The conference is designed to serve a full-range of participants in the dynamic global commercial and military aerospace markets. In this presentation, Mr. Michaels addresses Aerospace demand outlook and supply chain trends in the market. http://www.icfi.com/markets/aviation

Welcome to Indian Dental Academy The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and offering a wide range of dental certified courses in different formats. Indian dental academy has a unique training program & curriculum that provides students with exceptional clinical skills and enabling them to return to their office with high level confidence and start treating patients State of the art comprehensive training-Faculty of world wide repute &Very affordable

This is the presentation used for the workshop on Titanium module development held at tiConf 2013 in Valencia

Titanium and its alloys have a high strength-to-weight ratio. Titanium is light, strong, ductile when pure, and has a high melting point. It is the seventh most abundant metal. Commercially pure titanium has a density about 45% lighter than steel. Titanium is resistant to corrosion and has good performance in seawater environments. Around 50% of titanium produced is used as the alloy Ti-6Al-4V. Titanium exists in both a hexagonal alpha phase and body-centered cubic beta phase, and alloys can contain mixtures of these phases. Common applications of titanium alloys include jet engines, implants, and marine applications due to its corrosion resistance and strength.

70 million professionals use LinkedIn SlideShare to learn about any topic quickly and stand out.

Techday7, Cross platform application development using Appcelerator Titanium event's Getting started with Appcelerator Titanium By Naga Harish M, Lead Developer of Anubavam Technologies

It is just basic information and getting start with Titanium cross platform mobile application framework for future...

This document provides instructions for building a mobile app using Appcelerator Titanium. It begins by explaining the objectives of building an app and the assumptions about the intended audience's experience level. It then provides an overview of Titanium, describing it as a JavaScript SDK that allows building native apps for iOS, Android, and other platforms. The document proceeds to guide building an example "Jokes" app, demonstrating how to set up the project structure in XML, apply styles, and construct the user interface with elements like windows, views, and table views.

This document provides instructions for building a mobile app using Appcelerator Titanium. It begins by explaining the objectives of building an app and the assumptions about the intended audience's experience level. It then introduces Titanium and its capabilities. The document walks through creating a sample "Jokes" app, including setting up the Titanium development environment, configuring a new project, previewing it on simulators, and building out the app's structure and styling using XML and TSS files. The goal is to demonstrate the basic process and tools for designing, developing and running a simple Titanium-based mobile app.

- Nic Jansma is a developer who previously worked at Microsoft and recently founded Wolverine Digital to develop high-performance websites and apps. - He used Appcelerator Titanium to build cross-platform mobile apps, including a LEGO Minifigure catalog app, allowing him to write code once and deploy to both iOS and Android. - While Titanium allowed cross-platform development, Nic still encountered platform-specific issues and the need to occasionally write platform-specific code, but found Titanium a good choice overall for his needs.

This is a presentation I gave to the Southwestern Ontario STC chapter on API documentation on Feb 2, 2015. For more details, see my blog at http://idratherbewriting.com. You can listen to the recorded presentation here: http://youtu.be/I8rGe2w1sAo.

This document provides a summary of a presentation about making cross-platform mobile apps quickly using open source tools. It discusses using PhoneGap to create apps using HTML, CSS, and JavaScript that are cross-platform. It provides examples of building simple apps demonstrating concepts like accessing device data, using maps, touch events, and animation. The examples are meant to illustrate how to create mobile apps that work across Android and iOS without using their native languages.

Titanium Mobile allows developers to build native mobile apps using JavaScript. It works by compiling JavaScript code into the native platform's code (Java for Android, Objective-C for iOS). This allows apps built with Titanium to have access to native device APIs and feel and function like a true native app while using a common JavaScript codebase. Titanium Studio is the IDE used for Titanium development and provides features like code completion, debugging, and building for release. Projects have a standard structure with resources, modules, and code files organized into platform-specific folders. Internationalization is supported by creating language-specific string files.

This document provides 14 lessons and hacks for building native and mobile web applications using JavaScript. It discusses issues like architecting for multiple platforms and environments, structuring the codebase, detecting the platform, improving performance of animations through CSS transitions, handling garbage collection of images and HTML, supporting touch events, adding sound, and leveraging tools like PhoneGap Build. The tips aim to help developers apply their web skills to build applications that run on both desktop and mobile devices using a single codebase.

Ember.js brings some new and interesting conventions to the table for designing single page applications. In this talk, I'll be covering the key pieces of Ember, how it compares to other frameworks, and the backstory of why it was created.

The document discusses strategies for cross-platform mobile app development. It recommends separating costs by function and platform, helping designers understand platform differences, testing on multiple real devices, creating flexible layouts, using Alloy for code organization, optimizing apps for performance, and delivering apps over-the-air to users. The document emphasizes testing apps thoroughly and improving the design process through communication with designers.

Node Webkit allows you to create desktop applications using HTML, CSS, JavaScript and Node.js modules. It combines the Chromium browser and Node.js framework. This allows building cross-platform desktop apps that can include Node functionality and access system resources. Examples are given of apps built with Node Webkit. Key aspects covered include how it integrates Chromium and Node.js, building a basic app, window rendering options, menus, tray apps, and the developer tools. Benefits for a medical conference app replacement are discussed.

Gil Irizarry presents techniques for building lightweight mobile apps quickly using open source tools like PhoneGap, jQuery Mobile, and Android SDK. The presentation includes 5 code examples that demonstrate getting data from online RSS feeds and the device, building interactive UIs, and using local storage. PhoneGap allows developing cross-platform mobile apps using HTML, CSS, and JavaScript that can access device capabilities like contacts.

A 2.5 hour workshop at SXSW 2014 to teach Angular.js. Code and examples from the workshop can be found here: http://bit.ly/angularsx

This document discusses the development of the DeliRadio Android app from 2012 to 2014. It went through several versions of the Android OS, from Froyo to KitKat. It describes the tools and libraries used, including migrating from Eclipse to Android Studio and using Gradle. It also covers the app's graphics, user interface, and quality assurance testing process.

JavaScript has a well deserved reputation of be hard to write and debug. Put it on a mobile device and the problems increase exponentially. Mobile browsers lack all of the niceties that developers rely on to do testing and debugging including the most fundamental tool, the debugger. But it is possible to write quality JavaScript on a mobile device without relying on blind luck. In this talk I will show all of the tools and tricks that I learned in my 12 month development of the new KBB.com mobile site.

The document discusses Anko, a library that aims to simplify Android development using Kotlin. It consists of multiple parts that provide helpers for common tasks like building layouts, SQLite queries, and coroutines. Anko uses a domain-specific language to allow building layouts in a type-safe way without XML, which can improve performance compared to traditional layout inflation. The document provides an example comparing the speed of building a layout with Anko versus XML, finding Anko to be up to 4 times faster in some cases. It also demonstrates creating a sample layout using both traditional Android code and Anko's DSL approach.