![]() ![]() I’m actually not sure if the page is rendering faster, but the code is sure easier to read now. There were multiple loops before, now there are only 2 nested loops. With the project collection implemented, I refactored how projects were listed in the Project Archive by looping through them instead of posts. In addition to this, I added some common data into defaults so that I don’t have to write those values in every YFEM of every project file. Also, make output equal true so that Jekyll renders pages for every project in the projects folder. Jekyll needs to know that I have a collection called projects, and every project date file will be placed in a folder called _projects (note the underscore). For this to work, I added the following data to the _config.yml:Ĭollections : projects : output : true : /projects/:name/ defaults : - scope : path : " " type : " projects" values : layout : project share : true comments : false For projects, this allowed me to make a file per project, establish project metadata (name, type, domain, etc.), and write pages about every project. The solution to this was Jekyll’s collections feature, a very powerful alternative to data files, which allowed me to make 1 entity (here meaning a project) per file and write content for every entity as if they were pages or posts. You also cannot render page content with data files in any easy way. I wanted to move project data into Jekyll’s data files, but all project data would have to be shoved into one giant file, which I didn’t like. I would previously have to loop through all posts to find out. The problem with this method was that it was difficult to query what projects existed on my blog. Previously, projects were merely Jekyll pages with YAML-front-end-matter (YFEM) data and page “content”. Learn how to create and use constants in Swift 3.For a long while, I wanted to refactor the Project Archive in order for Jekyll to render that page faster and to access data about my projects in other parts of the blog. Learn how to work with true and false and if else conditions in Swift 3 Swift 3 constants & logical operators Create parameters and return types and learn how to solve problems with functions. Learn how to work with functions in Swift 3. Also learn about type inference and type safety Swift 3 functions Learn how to work with numbers in Swift 3 - Int, Float, Double and more. Learn how to work with Strings in Swift 3 Swift 3 numbers Learn how variables are stored, learn about commonly used operators, and learn how these work on your computer or device Source Code ![]() Variables, operators, & how computers work Student success story #2 app in the world!! Once you have downloaded Xcode it is time to learn how to install it so you can build iOS 10 apps Building your first Swift 3 iOS 10 App Learn how to download both live versions of Xcode and beta versions for iOS 10 app development Installing Xcode 8 Learn how to register as a free Apple Developer so you can get access to beta builds and more Downloading Xcode 8 Get over $5000 worth of professionally designed assets for iOS development Student success story Get $5000 worth of AMAZING graphics for FREE We don't cover topic by topic like a computer science class might do - we build REAL world apps and WHILE we are building them we will teach you industry best practices so you learn through doing. It is important to watch all of the videos through in sequential order if you are brand new. So there is a HUGE benefit to ALSO go through the iOS 9 course - or you'll miss out on awesome content.ĭon't forget to join the free live community where you can get free help anytime from other students and teacher's aides. Keep in mind that this iOS 10 course has a bunch of new apps. If you are a student of iOS 9: From Beginner to Paid Professional then feel free to start taking this iOS 10 course. Swift 3 broke a lot of things in Swift 2. We cover those changes periodically throughout the course so don't worry about watching Swift videos again if you already know Swift. If you already know Swift then you can skip the Swift section since the changes between Swift 2 and Swift 3 are minor. Lectures are not broken out by specific topics. You build apps and then learn a ton of principles within those apps. So don't skip around! I've designed this course to take you down a guided learning path. If you are absolutely new to programming you should start at the beginning of the course and go to the end. Understand programming & basic algorithms.Here are some of the things you'll be able to do after taking this course: This course is designed like an in-person coding bootcamp to give you the most amount of content and help with the least amount of cost. Welcome to the world's most comprehensive course on iOS development. ![]()
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