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➡ Click here: Angular cli changelog
If you use Angular with jQuery, it already behaved in this way so no changes are needed on your part. This also allows you to more easily find documentation and to take better advantage of autocompletion.
Previously, angular cli changelog no ngModel let ngOptions silently fail, which could lead to hard to debug errors. Angular has just released its v6. Depending on the browser Chrome and Safari and the trigger method, the change event will not be fired when the input isn't attached to the document. Angular 4: Changelog This document highlights the changes for each version of ng-book. It never worked the way it was supposed to anyway. It gusto out of the box with AoT and lazy loading support, Language translationRTL support and light and dark colour schemes. These changes should reduce the size of the generated code for your components by more than half in some cases. This means comparing the entries in newValues and oldValues can be prime to determine which individual expressions changed. This change executes the expression of those events using scope. Although it is not expected to affect many applications, it might be desirable to keep the previous behavior of binding to the keypress event instead of the keydown. By this way, custodes will be available to an entire application. BONUS: Use resource root Intellij IDEA, Webstorm only Intellij IDEA will not always find all the paths by default which will result in many red error markings and crippled code completion support.
To use Sass we have to generate our project using Angular CLI ng new command with --style scss flag. If you want to destroy Angular data attached to the element, use remove. This should not be an issue unless your code does new KeyValueChangeRecord which it should not have a reason to do.
Commits - Now a badname exception is thrown. This is done to support binding options with values of any type to selects.
Developing Angular apps with Angular CLI is a very pleasurable experience! Angular team provided us with amazing CLI which supports most of the things which are needed for any serious project out of the box. Standardized project structure with full testing capabilities both unit and e2e testing , code scaffolding, production grade build with support for using environment specific configuration. Thank you Angular team! A bit of architecture OK, so we generated our new fresh project using Angular CLI but what now? Should we just keep generating our services and components into some random folders. How do we structure our project? CoreModule All services which have to have one and only one instance per application singleton services should be implemented here. Typical example can be authentication service or user service. They should receive all data though attributes in the template of the component using them. It is also the perfect place to import and re-export Angular Material components. Example of code organization in SharedModule How to prepare project structure using Angular CLI We can generate Core and Shared modules right after the creation of our new project. That way, we will be prepared for generation of additional components and services right from the start. Run ng generate module core. We will be re-exporting additional public services which should be available in the whole application during further development. That being done, we can do the same for shared module. FeatureModule We are going to create multiple feature modules for every independent feature of our application. Feature modules should only import services from CoreModule. If feature module A needs to import service from feature module B consider moving that service into core. In that case we can create special shared feature modules as described later in this post. This will keep our code clean, easy to maintain and extend with new features. It also reduces effort needed for refactoring. LazyLoading We should lazy load our feature modules whenever possible. Theoretically only one feature module should be loaded synchronously during the app startup to show initial content. Every other feature module should be loaded lazily after user triggered navigation. Aliases for app and environments Aliasing our app and environments folders will enable us to implement clean imports which will be consistent throughout our application. Consider hypothetical, but usual situation. We are working on a component which is located three folders deep in a feature A and we want to import service from the core which is located two folders deep. This would lead to import statement looking something like import SomeService from '.. Definitely not the cleanest import ever… And what is even worse, any time we want to change location of any of those two files our import statement will break. To be able to use aliases we have to add baseUrl and paths properties to our tsconfig. It will work for all specified environments because it will automatically resolve correct environment file based on --env flag passed to ng build command. This is possible thanks to re-exporting every public entity in main index. We create one index. Module dependencies follow tree structure which looks very similar to the well-known component tree 3. To use Sass we have to generate our project using Angular CLI ng new command with --style scss flag. This sets up most of the necessary configuration. Additional Sass configuration for Angular CLI This helps our editor to find imported symbols and enhances developer experience with code completion of Angular Material variables and utility functions. To generate production grade artifacts we have to do a bit of customization ourselves. Target Production This one is an umbrella flag which enables code minification and lot of by default. Phantom JS is dead! Long live Headless Chrome! PhantomJS is a very well known headless browser which was defacto THE SOLUTION for running frontend tests on CI servers and many dev machines. As the says… is shipping in Chrome 59. Essentially, running Chrome without chrome! It brings all modern web platform features provided by Chromium and the Blink rendering engine to the command line. So how can we use it in our Angular CLI project? Writing changelog manually would be extremely tedious error prone task so it is the best to automate that process instead. This tool automatically generates and updates CHANGELOG. Conventional commit defines mandatory type, optional scope : followed by the commit message. It is also possible to add optional body and footer, both separated by a blank line. So how can we use this in our project? We can also add git push and npm publish to automate the whole process. BONUS: Use resource root Intellij IDEA, Webstorm only Intellij IDEA will not always find all the paths by default which will result in many red error markings and crippled code completion support. Fortunately, the solution is very simple. Just select the src folder and mark it as a Sources Root.