Learn how to get the most out of OmniFocus, the popular task manager for iOS.Master the intricacies of OmniFocus on iPhone or iPad to supercharge your productivity. You'll explore the popular iOS task manager's organizational conventions and the best ways to navigate the interface. You'll also dive into capturing tasks in a variety of ways, including writing tasks from scratch, speaking to Siri, using OmniFocus extensions, and utilizing Mail Drop to speed up task entry.The course then explains how to best process tasks: setting up projects, establishing contexts and repeating tasks, and using such important features as date deferral, flags, the check circle, perspectives, and the Forecast view. Finally, you'll learn how to efficiently review tasks and projects and how to manage OmniFocus tasks on an Apple Watch.IntroductionWelcomeWhat you should know before watching this courseUsing the challenges1. Overview of OmniFocus for iOSBuying and installing OmniFocus for iOSUnderstanding the OmniFocus workflowUnderstanding the OmniFocus iOS interfaceSetting up Omni Sync2. Capturing TasksDeveloping a system to capture tasks with OmniFocusCapturing tasks on the iPhone and iPadUsing OmniFocus's iOS extensionsCapturing tasks with SiriUsing Mail Drop to capture tasksChallenge: Populate OmniFocus using different capture techniquesSolution: Populate OmniFocus using different capture techniques3. Processing TasksUnderstanding process in OmniFocusSetting up projectsUsing sequential and parallel projects to avoid task overloadSetting up contextsUsing deferred dates to manage tasksSetting up and using due datesFlagging tasksUnderstanding the OmniFocus check circleRepeating tasksProcessing your inboxChallenge: Process your inboxSolution: Process your inbox4. Perspectives and Forecast ViewUsing built-in perspectivesCreating custom perspectivesChallenge: Build a custom perspectiveSolution: Build a custom perspectiveUsing the Forecast view5. Acting On and Reviewing TasksActing on tasksReviewing tasksUsing notificationsThe Today view extensionUsing locations with tasksReviewing other application settings6. Apple Watch and OmniFocusManging tasks with OmniFocus for Apple WatchConclusionNext steps
Learn how to use the iOS 12 and watchOS UserNotifications framework to develop local and remote notifications and create your own custom interfaces.Learn how to add notifications to iOS and watchOS apps. Notifications can increase engagement and improve user experience, providing a simple and fast way to interact with your app. This course explains how to use features of the UserNotifications framework to send local notifications as well as push notifications from a remote server. iOS developer and LinkedIn Learning instructor Steve Lipton explains how to create static and dynamic content; manage pending and delivered notifications; and add interactive actions to your notifications. Plus, learn how to integrate images, audio, and video into notifications, and build notifications specifically for watchOS.
Smartphones, tablettes, ces appareils ultra-portables sont désormais omniprésents dans notre vie quotidienne. Il y a des applications pour presque tout : retoucher ses photos, réserver une place de cinéma, réviser le code de la route, choisir une recette de cuisine ou trouver les restaurants les plus proches.Derrière ces applications il y a un savoir-faire spécifique à la programmation sur plateformes mobiles. En effet, contrairement aux ordinateurs classiques, les contraintes imposées par les caractéristiques ces terminaux font que certains «gestes simples» pour l'utilisateur, comme faire dérouler une liste de données, impliquent en réalité des mécanismes plus complexes.Ce MOOC de 10 semaines est consacré à la programmation sur iPhone et iPad. Les séances abordent successivement les principaux mécanismes offerts par iOS pour le développement d'applications embarquées : l'environnement de développement, la notion de vue, les principaux «frameworks», etc. Un parallèle avec la problématique du développement de systèmes embarqués est également fait.
Explore the fundamental concepts behind iOS application architecture and design best practices.Behind every polished iOS app is a thoughtful plan. By understanding and applying the fundamental concepts behind iOS application architecture, you can ensure that the software you develop is well-understood, flexible, and easy to extend or refactor. In this course, instructor Károly Nyisztor dives into these concepts, helping to familiarize you with the basics of iOS application architecture and design best practices.To begin, Károly explores the Unified Modeling Language (UML), goes over some core UML diagrams, and discusses the iOS app life cycle. Next, he covers fundamental architectural design patterns such as the model-view-controller (MVC)âthe classical iOS app design paradigmâas well as the Model-View-ViewModel (MVMM) pattern and other alternatives to MVC. He also shares how to manage app state transitions and build responsive apps. In addition, he discusses URL scheme-based communication and AirDrop; efficient memory and power consumption; how to detect issues and bottlenecks in your apps; and more.
Textiles are everywhere, from the apparel you wear to the furniture in your home—this 4-module course will help you understand it from fiber to finishing. The lessons of this course will include: Fibers, Yarns, Woven or Knitted Fabrics, Dyes, Prints and Finishes. Fast-paced and relying heavily on high-quality photographs of real garments, you can immediately apply this knowledge to your daily life or to your work in the fashion industry.
Silk is fibrous protein of animal origin. A number of organisms secrete silk, which used by them for anchorage, entangling their prey or forming a protective sheath with or without other materials. Nearly 400-500 species are known to produce silk but only very few are commercially exploited. Silk is classified into insect silk and non insect silk. Insect silk is commercially more important. The majority of silk producing insects belong to the Order Lepidoptera, Super family Bombycoidea and Families Bombycidae or Saturniidae. Nearly 75% of commercial insect silk comes from the mulberry silkworm, Bombyx mori and is known as mulberry silk. Commercial silk from all other sources is collectively called non-mulberry silks or vanya silks or wild silks.The silk obtained from the different sources particularly that obtained from the mulberry silkworm is a natural fibre used in textile. It is soft, smooth and lustrous and holds a prestigious place among textile fibres to the extent to be called the ‘Queen of Textiles’. Mulberry silkworm is a monophagous insect, which feeds only on mulberry leaves. Mulberry includes a number of species and varieties. They differ in their suitability for silkworm rearing because of their varying nutritious value and palatability for the silkworm. Mulberry sericulture involves the cultivation of mulberry to produce leaf, rearing of silkworm to convert leaf to cocoon, reeling of cocoons to obtain silk yarn and weaving to convert yarn to fabrics.The silk is obtained from both insect and non-insect fauna. The insect fauna mainly comprises of mulberry and non-mulberry silkworms. In India, mulberry silk contribute to an extent 75% and it is a natural fibre used in textile industry. It is soft, smooth and lustrous and holds a prestigious place among textile fibres and commonly called as the ‘Queen of Textiles’. Mulberry silkworm is a monophagous insect, which feeds only on mulberry leaves. Mulberry includes a number of species and varieties. Mulberry sericulture involves the cultivation of mulberry to produce leaf, rearing of silkworm to convert leaf to cocoon, reeling of cocoons to obtain silk yarn and weaving to convert yarn to fabrics.
Explore the different accessibility technologies that are built into iOS, and learn how to build apps that all users—regardless of their needs and abilities—can access.Millions of users rely on assistive technologies to help them make phone calls, send text messages, and access apps on their mobile devices. By leveraging the various accessibility technologies built into iOS when developing your app, you can help to ensure that everyoneâregardless of their needs and abilitiesâcan enjoy the app that you've created.In this course, explore the different accessibility technologies that are built into iOS, and learn how to build apps that all users can access. Follow Kevin Favro as he explains how to audit your app for accessibility problems, and explores various iOS technologiesâincluding VoiceOver, a screen reader that lets you use phone even if you don't see the screenâand other considerations that might prevent someone from effectively using your app.
Learn when and how to leverage Visual Studio App Center to automate and manage the lifecycle of an iOS application.Think about the last time you released an app. How many sessions did your beta testers run? How often did your app crash? Where did users spend the most time? Visual Studio App Center automatically gathers this data for you and consolidates it into a single web-based dashboard. It also provides a complete continuous integration/continuous deployment (CI/CD) solution for your iOS and macOS applications. You connect your repo to App Center and it builds your apps on cloud-hosted agents, automatically runs unit and UI tests on real devices, and distributes them to beta testers and app stores. After deployment, App Center helps you monitor your apps with crash reports and advanced analytics. It even lets you send targeted push notifications to keep your customers engaged.This project-based course shows how to automate your iOS development process using the features provided by App Center. Discover how to start with a provided iOS Swift application and gradually incorporate App Center services. By the end of the course, you will have a native iOS Swift app with a fully-integrated CI/CD pipeline.
Building your first iOS application requires more than just a concept. Learn how to take your next great idea from concept to code as you create, design, build, and distribute your first iOS application. Understand the basics of iOS development.Design and build an iOS application using Swift.Practice development from concept to distribution.
Learn to write flexible, modular, and high-quality Swift code for your iOS apps with test-driven development tools and techniques.Test-driven development (TDD) makes us more pragmatic, efficient, and creative software developers. TDD is especially critical in the mobile world, where a quality codebase isn't an option; it's a requirement to launch. This course aims to better equip iOS developers with a model for developing strong, scalable, and tested code from the very first line. Start with some test-driven theory, progress to the fundamentals, and then build a small application that will put everything you learned to good use. Along the way, find out how to write your first unit test using Xcode and Swift, and conduct interface testing specifically for table views. Instructor Harrison Ferrone helps you understand TDD theory and practice, enabling you to write coherent tests that reveal the true weaknesses in your code long before it ever goes to production.
Our iOS app development training helps you master the iOS architecture. The course includes iOS Swift and helps you learn Core Data, Networking & iCloud development. Understanding SwiftGetting Started with SwiftiOS Development BasicsStoryboard Controllers and LayoutsTableView, CollectionView & Various View ControllersUniversal App, Size Classes & CameraAnimation, Location, Maps & Social SharingJSON Handling, Network Operation & Image CachingData Persistence and StorageCloudKit, Parse and Submitting Apps to App Store
Leverage the Core Animation API to bring your iOS app interactions and visuals to life with stunning, complex animations.Creating intricate, eye-catching animations for your iOS apps is key to delighting your users and making the interactive experience something they will remember. In this course you can explore the Core Animation API, from basic layer animations to custom view controller transitions and 3D animations. Instructor Harrison Ferrone shows how to build simple layer animations, debug layer trees for cleaner Swift code, group animations, and add easing, looping, and transitionsâall the features you need to create professional-looking UI animation. Plus, learn how to animate gradient color shifts, shapes, and the position of objects along a path; develop custom actions and transactions; and build 3D effects, including particle emitters.By the end of the course you'll have the foundations to create complex and beautiful iOS animations entirely through code.
Learn the basics of application development for iOS devices, including Xcode fundamentals, the essentials of app architecture, and how to build a user interface.Got a great idea for an app? The iOS 13 Development Essential Training series can give you the skills you need to make your idea a reality. In this courseâthe first installment in a two-part seriesâinstructor Todd Perkins covers the basics of application development for iOS devices, providing novice iOS developers with the tools they need to jump-start a career in this exciting field. Toddâwho's been developing iOS apps for a decadeâhighlights key concepts and tips he wished he knew at the start of his own career. He covers Xcode fundamentals, such as how to create an Xcode project and use the iOS Simulator. Plus, learn how to build a user interface, including how to approach responsive UI design with Auto Layout, and explore the essentials of app architecture.
Learn the basics of new language that will help you go on to programme on Apple iOS 9 and Mac OSXWhat you'll learn:Video walkthroughs showing you how to use SwiftWork with Xcode's new .playground fileCourse updated December 2015! Become one of the world's earliest Swift developers with this introductory course on Apple’s new programming language. Initial Setup and Swift Basics Ints, Strings, Classes, and Collection Types Control FlowError Handling A Modern Language Evolved from Objective C Swift is a multi-paradigm programming language developed by Apple for use with iOS and OS X. Designed to replace Objective C, work began on Swift in 2010 and the first mobile app was debuted in June 2014 at the Worldwide Developers Conference. Despite its goal of replacing Objective C, Swift is capable of working alongside the more dated Objective C language while using the Cocoa and Cocoa Touch frameworks. Swift is built with the LLVM compiler included in Xcode 6 beta, and uses the Objective-C runtime, allowing Objective-C, Objective-C++ and Swift code to run within a single program. During it’s debut, Swift was described as “Objective C without the C” by Apple’s VP of Software Engineering Craig Federighi. Contents and Overview Through 140+ video lectures and 11 hours of content, you will be lead through setting up Swift locally, the basics of the language, how it compares to other common languages (including Objective C), and how to get started on new projects. The course is designed to provide a comprehensive introduction to Swift, so that you can begin experimenting right away. Upon completion, you will understand the foundations of Swift code and will be able to develop custom applications. You will also get experience working with Xcode's new .playground file. By enrolling in this course you will be months ahead of other developers attempting learn the new Swift programming language by navigating Apple's 500-page instructional document. Course material is regularly refreshed to include all of the newest updates and information, and since you’re granted lifetime access upon registering, you can rely on this course to keep your Swift skills on the cutting edge.
Learn how to use Auto Layout programmatically to create user interfaces for multiple iOS devices.Auto Layout offers a constraint-based design approach that allows iOS developers to create user interfaces for multiple devices. If you're using Swift Playgrounds or need portable and modular code, programmatic Auto Layout is your prime choice. In this course, instructor Steven Lipton talks about the different options you have to create constraints programmatically in Swiftâand how to use each one. He also shows how to use size classes, stack views, and priorities for the fastest, most adaptable UI on any iOS device.