The application will look like this when we are done: This is useful because it will give a detailed report of how much time a project cost. With Toggl you can add multiple projects and track how much time you have spent on each of the features in that project. Toggl is a time tracking application that allows you know how much time is spent on a particular task. Now let’s add the directive to index.html and display the data coming in for CPU values: Ĭhart-class refers to the coloring scheme of D3.js, chart-height is what you suspect, and chart-stream is the data coming back from the SignalR server.In this article we will be building a time tracking application using Laravel, also one of the most popular PHP frameworks and Vue, one of the most popular JavaScript frameworks. We have added a realtimeAreaFeed to the scope, which we’ll bind to our view via the ng-epoch directive, and we have also added the areaAxes to the scope, which dictates the layout of the area chart. Our controller looks a bit more fleshed out. $scope.currentRamNumber = dataItem.value This will be our services.js file we referenced in our HTML, and it will go into the app folder: 'use strict' Īpp.factory('backendHubProxy', ['$rootScope', 'backendServerUrl',įunction ($rootScope, backendServerUrl) ) Let’s create a service factory class that will bind to the URL of the server. If you notice, we also inject in a value for the backendServerUrl, which of course is hosted somewhere else and which we plan to consume here. It sets up our main application module angularServiceDashboard and injects in two of our external references – ng.epoch, which is our Epoch.js Directive for Angular, and the n3-pie-chart, which is a charting library made for Angular and is properly structured. module ( 'angularServiceDashboard', ) Īpp. Let’s go into our app folder and create our app.js file. Secondly, we are referencing a few new files (all of the files in the app folder) that do not exist yet. We are, first and foremost, adding all of our dependencies so they load up. Simply follow the steps detailed in the previous section to get these.įirst, let’s create our base index.html file that will house our Angular JavaScript code. Additionally, under installed Nuget Packages, you will see the following:įinally, Nuget does not contain the Epoch, ng-epoch and n3 charting libraries, so you’ll need to add them manually. Then simply right click on the project, go to Manage Nuget Packages and search for and download jQuery, AngularJS, Bootstrap, D3 and the SignalR JavaScript Client.Īfter you download and install those, you should see them all in the Scripts and the Contents folders. Simply set up an empty web application by going to File -> New -> Project, then select Web as the template type. Setting this up through Visual Studio is extremely simple, if text files are too simplistic for you. ![]() n3-pie (click the “Download ZIP” button on the right).ng-epoch (click the “Download ZIP” button on the right).Epoch (click the “Download v0.6.0 link). ![]() D3.js (click the “d3.zip” link half way down the page).SignalR (click the “Download ZIP” button on the right).Bootstrap (click the “Download Bootstrap” option). ![]()
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