How to use ShouldBeAbortable method of PuppeteerSharp.Tests.RequestInterceptionTests.SetRequestInterceptionTests class

Best Puppeteer-sharp code snippet using PuppeteerSharp.Tests.RequestInterceptionTests.SetRequestInterceptionTests.ShouldBeAbortable

SetRequestInterceptionTests.cs

Source:SetRequestInterceptionTests.cs

...205            Assert.True(response.Ok);206        }207        [PuppeteerTest("requestinterception.spec.ts", "Page.setRequestInterception", "should be abortable")]208        [SkipBrowserFact(skipFirefox: true)]209        public async Task ShouldBeAbortable()210        {211            await Page.SetRequestInterceptionAsync(true);212            Page.Request += async (_, e) =>213            {214                if (e.Request.Url.EndsWith(".css"))215                {216                    await e.Request.AbortAsync();217                }218                else219                {220                    await e.Request.ContinueAsync();221                }222            };223            var failedRequests = 0;224            Page.RequestFailed += (_, _) => failedRequests++;225            var response = await Page.GoToAsync(TestConstants.ServerUrl + "/one-style.html");226            Assert.True(response.Ok);227            Assert.Null(response.Request.Failure);228            Assert.Equal(1, failedRequests);229        }230        [PuppeteerTest("requestinterception.spec.ts", "Page.setRequestInterception", "should be abortable with custom error codes")]231        [SkipBrowserFact(skipFirefox: true)]232        public async Task ShouldBeAbortableWithCustomErrorCodes()233        {234            await Page.SetRequestInterceptionAsync(true);235            Page.Request += async (_, e) =>236            {237                await e.Request.AbortAsync(RequestAbortErrorCode.InternetDisconnected);238            };239            Request failedRequest = null;240            Page.RequestFailed += (_, e) => failedRequest = e.Request;241            await Page.GoToAsync(TestConstants.EmptyPage).ContinueWith(_ => { });242            Assert.NotNull(failedRequest);243            Assert.Equal("net::ERR_INTERNET_DISCONNECTED", failedRequest.Failure);244        }245        [PuppeteerTest("requestinterception.spec.ts", "Page.setRequestInterception", "should send referer")]246        [SkipBrowserFact(skipFirefox: true)]...

ShouldBeAbortable

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using PuppeteerSharp.Tests.Attributes;4using Xunit;5using Xunit.Abstractions;6{7    [Collection(TestConstants.TestFixtureCollectionName)]8    {9        public SetRequestInterceptionTests(ITestOutputHelper output) : base(output)10        {11        }12        [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should work")]13        public async Task ShouldWork()14        {15            await Page.SetRequestInterceptionAsync(true);16            Page.Request += async (sender, e) => await e.Request.ContinueAsync();17            var response = await Page.GoToAsync(TestConstants.EmptyPage);18            Assert.True(response.Ok);19        }20        [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should work with redirects")]21        public async Task ShouldWorkWithRedirects()22        {23            await Page.SetRequestInterceptionAsync(true);24            Page.Request += async (sender, e) => await e.Request.ContinueAsync();25            var response = await Page.GoToAsync(TestConstants.ServerUrl + "/redirect/1.html");26            Assert.True(response.Ok);27            Assert.Equal(TestConstants.ServerUrl + "/redirect/1.html", response.Url);28        }29        [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should be abortable")]30        public async Task ShouldBeAbortable()31        {32            await Page.SetRequestInterceptionAsync(true);33            Page.Request += async (sender, e) => await e.Request.AbortAsync();34            var response = await Page.GoToAsync(TestConstants.EmptyPage);35            Assert.Null(response);36        }37        [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should be abortable with custom error codes")]38        public async Task ShouldBeAbortableWithCustomErrorCodes()39        {40            await Page.SetRequestInterceptionAsync(true);41            Page.Request += async (sender, e) => await e.Request.AbortAsync(RequestAbortErrorCode.InternetDisconnected);42            var exception = await Assert.ThrowsAsync<NavigationException>(()43                => Page.GoToAsync(TestConstants.EmptyPage));44            Assert.Contains("net::ERR_INTERNET_DISCONNECTED", exception

ShouldBeAbortable

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using PuppeteerSharp.Tests.Attributes;4using Xunit;5using Xunit.Abstractions;6{7    [Collection(TestConstants.TestFixtureCollectionName)]8    {9        public SetRequestInterceptionTests(ITestOutputHelper output) : base(output)10        {11        }12        [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should work with redirects inside sync XHR")]13        public async Task ShouldWorkWithRedirectsInsideSyncXHR()14        {15            await Page.SetRequestInterceptionAsync(true);16            Page.Request += async (sender, e) =>17            {18                await e.Request.ContinueAsync();19            };20            var (response, _) = await Task.WhenAll(21                Page.GoToAsync(TestConstants.EmptyPage),22                Page.EvaluateFunctionHandleAsync(@"() => {23                    const request = new XMLHttpRequest();24                    request.send(null);25                    return request.response;26                }")27            );28            Assert.Equal(200, response.Status);29        }30        [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should work with redirects inside async XHR")]31        public async Task ShouldWorkWithRedirectsInsideAsyncXHR()32        {33            await Page.SetRequestInterceptionAsync(true);34            Page.Request += async (sender, e) =>35            {36                await e.Request.ContinueAsync();37            };38            var (response, _) = await Task.WhenAll(39                Page.GoToAsync(TestConstants.EmptyPage),40                Page.EvaluateFunctionHandleAsync(@"() => {41                    const request = new XMLHttpRequest();42                    request.send(null);43                    return new Promise(fulfill => {44                        request.addEventListener('load', () => fulfill(request.response));45                    });46                }")47            );48            Assert.Equal(200, response.Status);49        }50        [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should work with equal requests")]51        public async Task ShouldWorkWithEqualRequests()52        {53            await Page.SetRequestInterceptionAsync(true);

ShouldBeAbortable

Using AI Code Generation

1using System;2using System.Collections.Generic;3using System.Text;4using System.Threading.Tasks;5using Xunit;6using Xunit.Abstractions;7{8    [Collection("PuppeteerLoaderFixture collection")]9    {10        public SetRequestInterceptionTests(ITestOutputHelper output) : base(output)11        {12        }13        public async Task ShouldWork()14        {15            await Page.SetRequestInterceptionAsync(true);16            Page.Request += async (sender, e) => await e.Request.ContinueAsync();17            var response = await Page.GoToAsync(TestConstants.EmptyPage);18            Assert.True(response.Ok);19        }20        public async Task ShouldWorkWithSubFrames()21        {22            await Page.SetRequestInterceptionAsync(true);23            Page.Request += async (sender, e) => await e.Request.ContinueAsync();24            await Page.GoToAsync(TestConstants.EmptyPage);25            var frameAttached = false;26            Page.FrameAttached += (sender, e) => frameAttached = true;27            var frameNavigated = false;28            Page.FrameNavigated += (sender, e) => frameNavigated = true;29            await FrameUtils.AttachFrameAsync(Page, "frame1", TestConstants.EmptyPage);30            Assert.True(frameAttached);31            Assert.True(frameNavigated);32        }33        public async Task ShouldBeAbortable()34        {35            await Page.SetRequestInterceptionAsync(true);36            Page.Request += async (sender, e) => await e.Request.AbortAsync();37            var response = await Page.GoToAsync(TestConstants.EmptyPage);38            Assert.False(response.Ok);39            Assert.Equal(ResourceType.Document, response.Request.ResourceType);40            Assert.Equal(TestConstants.EmptyPage, response.Url);41        }42        public async Task ShouldWorkWithRedirects()43        {44            await Page.SetRequestInterceptionAsync(true);45            Page.Request += async (sender, e) => await e.Request.ContinueAsync();46            var response = await Page.GoToAsync(TestConstants.ServerUrl + "/redirect/1.html");47            Assert.True(response.Ok);48            Assert.Equal(ResourceType.Document, response.Request.ResourceType);49            Assert.Equal(TestConstants.ServerUrl + "/redirect/1.html", response.Url);50        }51        public async Task ShouldWorkWithEqualRequests()52        {53            await Page.SetRequestInterceptionAsync(true

ShouldBeAbortable

Using AI Code Generation

1{2    using System;3    using System.Collections.Generic;4    using System.Linq;5    using System.Threading.Tasks;6    using Xunit;7    using Xunit.Abstractions;8    [Collection(TestConstants.TestFixtureCollectionName)]9    {10        public SetRequestInterceptionTests(ITestOutputHelper output) : base(output)11        {12        }13        [Fact(Timeout = TestConstants.DefaultTestTimeout)]14        public async Task ShouldWork()15        {16            await Page.SetRequestInterceptionAsync(true);17            Page.Request += async (sender, e) => await e.Request.ContinueAsync();18            var response = await Page.GoToAsync(TestConstants.EmptyPage);19            Assert.True(response.Ok);20        }21        [Fact(Timeout = TestConstants.DefaultTestTimeout)]22        public async Task ShouldWorkWithSubFrames()23        {24            await Page.SetRequestInterceptionAsync(true);25            Page.Request += async (sender, e) => await e.Request.ContinueAsync();26            var frameNavigatedTask = Page.WaitForEventAsync(PageEvent.FrameNavigated);27            await Page.GoToAsync(TestConstants.EmptyPage);28            var frame = await frameNavigatedTask;29            var response = await frame.GoToAsync(TestConstants.EmptyPage);30            Assert.True(response.Ok);31        }32        [Fact(Timeout = TestConstants.DefaultTestTimeout)]33        public async Task ShouldWorkWithDifferentAllowlistOrigins()34        {35            await Page.SetRequestInterceptionAsync(true);36            Page.Request += async (sender, e) =>37            {38                if (e.Request.Url.EndsWith(".css", StringComparison.Ordinal))39                {40                    await e.Request.ContinueAsync();41                }42                {43                    await e.Request.ContinueAsync(new Payload44                    {45                        {46                        }47                    });48                }49            };50            await Page.GoToAsync(TestConstants.ServerUrl + "/one-style.html");51            Assert.Equal("bar", await Page.EvaluateExpressionAsync<string>("window.getComputedStyle(document.querySelector('body')).getPropertyValue('background-color')"));52            var requestTask = Server.WaitForRequest("/one-style.css", r =>53            {54                Assert.Equal("GET", r.Method);55                Assert.Empty(r.Headers);56            });57            await Page.EvaluateExpressionAsync("fetch('./one-style.css')");

ShouldBeAbortable

Using AI Code Generation

1{2    using System;3    using System.Collections.Generic;4    using System.Linq;5    using System.Net;6    using System.Text;7    using System.Threading.Tasks;8    using Xunit;9    using Xunit.Abstractions;10    [Collection(TestConstants.TestFixtureCollectionName)]11    {12        public SetRequestInterceptionTests(ITestOutputHelper output) : base(output)13        {14        }15        public async Task ShouldWork()16        {17            await Page.SetRequestInterceptionAsync(true);18            Page.Request += async (sender, e) => await e.Request.ContinueAsync();19            var response = await Page.GoToAsync(TestConstants.EmptyPage);20            Assert.True(response.Ok);21        }22        public async Task ShouldWorkWithCustomRefererHeaders()23        {24            await Page.SetExtraHttpHeadersAsync(new Dictionary<string, string>25            {26            });27            await Page.SetRequestInterceptionAsync(true);28            Page.Request += async (sender, e) => await e.Request.ContinueAsync();29            var response = await Page.GoToAsync(TestConstants.EmptyPage);30            Assert.True(response.Ok);31            Assert.Equal(TestConstants.EmptyPage, response.Url);32        }33        public async Task ShouldWorkWithCustomHeaders()34        {35            await Page.SetExtraHttpHeadersAsync(new Dictionary<string, string>36            {37            });38            await Page.SetRequestInterceptionAsync(true);39            Page.Request += async (sender, e) =>40            {41                Assert.Equal("bar", e.Request.Headers["foo"]);42                await e.Request.ContinueAsync();43            };44            var response = await Page.GoToAsync(TestConstants.EmptyPage);45            Assert.True(response.Ok);46        }47        public async Task ShouldWorkWithCookies()48        {49            await Page.SetCookieAsync(new CookieParam50            {51            });52            await Page.SetRequestInterceptionAsync(true);53            Page.Request += async (sender, e) =>54            {55                Assert.Equal("woofs", e.Request.Headers["cookie"]);56                await e.Request.ContinueAsync();57            };58            var response = await Page.GoToAsync(TestConstants.EmptyPage);59            Assert.True(response.Ok);60        }

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.