safestudent · December 4, 2018 12:15
diff --git a/SprintsControllerTest.cs b/SprintsControllerTest.cs
 using Microsoft.AspNetCore.Mvc;
 using Microsoft.EntityFrameworkCore;
 using SprintTracker.Web.Controllers;
 using SprintTracker.Web.Models;
 using System.Threading.Tasks;
 using Xunit;
 namespace SprintTracker.Tests
 {
    public class SprintsControllerTest
    {
        /* Our test below will simply confirm that the `Index` method in the `SprintsController`
         * class returns a `View` For a more complicated test(e.g.the `Create` method in the 
         * controller) you would simply pass through a `sprint` object (containing test data) 
         * to the method and then confirm that the data had been passed on to the `View` by 
         * asserting that the `result.ViewData.Sprint.SprintName` was the same as the 
         * `sprint.SprintName` property in the original sprint object containing the test data. 
         * However, this would be considered an `Integration Test`.*/


        // Alt + Enter to import Task from 'System.Threading'
        // The 'controller' effectively functions as an API, which is why it is labelled as an
        // 'async' task - delays over the internet mean that we can't wait for one method call to
        // finish before we start a new one.


        [Fact]
        public async Task Index_ReturnsAViewResult()
        {
            // ARRANGE: Set up 'in memory' database and initialise our controller
            // You need to set up the Microsoft.EntityFrameworkCore.InMemory libraryas a dependency
            // through NuGet for DbContextOptionsBuilder to work, then Alt + Enter once installed
            // SprintTrackerWebContext is our context file from the Web project (under Data)

            var options = new DbContextOptionsBuilder<SprintTrackerWebContext>()
            .UseInMemoryDatabase(databaseName: "Add_writes_to_database")
            .Options;


            // Now set up our context
            var _dbContext = new SprintTrackerWebContext(options);

            // Then pass it through to our controller (alt + enter to import controller from Web)


            var controller = new SprintsController(_dbContext);


            // ACT: call the index method in the controller
            // We need to import Microsoft.AspNetCore.Mvc.Abstractions and ViewFeatures
            // (first download the library using NuGet) for the IActionResult and ViewResult
            // to be recognised
            var result = await controller.Index();

            // ASSERT: Check that a `View` is returned.
            // Alt+ enter to import ViewResult
            var viewResult = Assert.IsType<ViewResult>(result);
        }
    }
 }
	using Microsoft.AspNetCore.Mvc;
	using Microsoft.EntityFrameworkCore;
	using SprintTracker.Web.Controllers;
	using SprintTracker.Web.Models;
	using System.Threading.Tasks;
	using Xunit;
	namespace SprintTracker.Tests
	{
	public class SprintsControllerTest
	{
	/* Our test below will simply confirm that the `Index` method in the `SprintsController`
	* class returns a `View` For a more complicated test(e.g.the `Create` method in the
	* controller) you would simply pass through a `sprint` object (containing test data)
	* to the method and then confirm that the data had been passed on to the `View` by
	* asserting that the `result.ViewData.Sprint.SprintName` was the same as the
	* `sprint.SprintName` property in the original sprint object containing the test data.
	* However, this would be considered an `Integration Test`.*/


	// Alt + Enter to import Task from 'System.Threading'
	// The 'controller' effectively functions as an API, which is why it is labelled as an
	// 'async' task - delays over the internet mean that we can't wait for one method call to
	// finish before we start a new one.


	[Fact]
	public async Task Index_ReturnsAViewResult()
	{
	// ARRANGE: Set up 'in memory' database and initialise our controller
	// You need to set up the Microsoft.EntityFrameworkCore.InMemory libraryas a dependency
	// through NuGet for DbContextOptionsBuilder to work, then Alt + Enter once installed
	// SprintTrackerWebContext is our context file from the Web project (under Data)

	var options = new DbContextOptionsBuilder<SprintTrackerWebContext>()
	.UseInMemoryDatabase(databaseName: "Add_writes_to_database")
	.Options;


	// Now set up our context
	var _dbContext = new SprintTrackerWebContext(options);

	// Then pass it through to our controller (alt + enter to import controller from Web)


	var controller = new SprintsController(_dbContext);


	// ACT: call the index method in the controller
	// We need to import Microsoft.AspNetCore.Mvc.Abstractions and ViewFeatures
	// (first download the library using NuGet) for the IActionResult and ViewResult
	// to be recognised
	var result = await controller.Index();

	// ASSERT: Check that a `View` is returned.
	// Alt+ enter to import ViewResult
	var viewResult = Assert.IsType<ViewResult>(result);
	}
	}
	}