Asking for the name was really easy, I just added the following object to the prompts array: Tests. Improving Your Development Workflow with Yeoman. With so many great tools available to front-end web developers these days it can sometimes be difficult to understand how they all fit together. Deciding on a workflow that you’re happy with is often a very personal endeavour, but getting started isn’t always easy. Yeoman aims to solve this problem by defining a workflow for creating modern web applications, while at the same time mixing in many of the best practices that have evolved within the industry. In this blog post you’re going to learn how to harness the power Yeoman to create fantastic web applications. The Components of Yeoman Yeoman itself is a collection of three tools: Yo, Grunt, and Bower. Combined together these tools provide everything a developer needs to get started on a project.
Free trial on Treehouse: Do you want to learn more about front-end design, mobile apps, and frameworks? Getting Started Step 1: Download Ratchet Step 2: Start a Server Step 3: Enable Touch Events Step 4: Download Examples <body><! <! Tips for Writing Better Code. What is good code? We know when we spot bad code. But because good programming is harder to define, it’s difficult to know you’ve actually created quality.
In my experience, there are two great questions that can indicate code quality: When you’re working on a team, do others easily understand your code’s logic? When changes are required, is it a quick and straightforward process? If it’s difficult to explain code to others or if lots of things break when making changes, then chances are the code is bad. Fixing these problems often involves finding sensitive solutions in the context of a particular environment. Free trial on Treehouse: Do you want to write better code? While it’s important to fix code directly, it’s equally important to address the conditions that lead to bad code in the first place.
Don’t optimize code too soon When I first started programming, I remember marveling at my own “brilliance” when I was able to condense several lines of code into a single line. How to Use The HTML5 Sectioning Elements. HTML5 has seen the introduction of a number of sectioning elements that can be used to mark up your web pages. Using these elements gives more semantic meaning to your pages, allowing computer programs to better understand your content.
In this post you’ll learn how to use these sectioning elements in your own web sites. I’ll be explaining when you should use certain elements over others, as well as when it’s best to stick to a good old <div>. Check out all our HTML courses at Treehouse. Lets get started. The main Element The <main> element should contain the main content for your web page. The example below uses a <main> element to represent the main content for the page <body><header><div id="logo">Rocking Stone</div><nav>... Note: We’ve used the ARIA role=”main” attribute here is it indicates the significance of this element to programs that don’t yet support the <main> element (such as some screen readers). The article Element You can nest <article> elements within one another. Useful Links. Articles for developers.
Yesterday Twitter announced that it was moving away from client-side rendering back to server-side rendering in order to improve page load time. Today I found myself having to defend my position that server-side rendering will almost always be faster. I figured I'd blog about it. I want to point out a couple things. First, I'm talking specifically about render performance and page speed. There might be other compelling advantages to thick-clients; I'm talking about performance. Secondly, I'm going to get on a high horse here and say that it worries me that developers think client-side rendering is faster.
Frontend Masters Expert Web Development Training. Html5sql.js Home Page. Local Storage. You are here: Home Dive Into HTML5 Diving In Persistent local storage is one of the areas where native client applications have held an advantage over web applications. For native applications, the operating system typically provides an abstraction layer for storing and retrieving application-specific data like preferences or runtime state.
These values may be stored in the registry, INI files, XML files, or some other place according to platform convention. If your native client application needs local storage beyond key/value pairs, you can embed your own database, invent your own file format, or any number of other solutions. Historically, web applications have had none of these luxuries. What we really want is a lot of storage space on the client that persists beyond a page refresh and isn’t transmitted to the server Before HTML5, all attempts to achieve this were ultimately unsatisfactory in different ways. A Brief History of Local Storage Hacks Before HTML5 Introducing HTML5 Storage.