Best Puppeteer-sharp code snippet using PuppeteerSharp.Tests.RequestInterceptionTests.SetRequestInterceptionTests.ShouldStopIntercepting
SetRequestInterceptionTests.cs
Source: SetRequestInterceptionTests.cs
...139 Assert.Equal(HttpStatusCode.OK, response.Status);140 }141 [PuppeteerTest("requestinterception.spec.ts", "Page.setRequestInterception", "should stop intercepting")]142 [SkipBrowserFact(skipFirefox: true)]143 public async Task ShouldStopIntercepting()144 {145 await Page.SetRequestInterceptionAsync(true);146 async void EventHandler(object sender, RequestEventArgs e)147 {148 await e.Request.ContinueAsync();149 Page.Request -= EventHandler;150 }151 Page.Request += EventHandler;152 await Page.GoToAsync(TestConstants.EmptyPage);153 await Page.SetRequestInterceptionAsync(false);154 await Page.GoToAsync(TestConstants.EmptyPage);155 }156 [PuppeteerTest("requestinterception.spec.ts", "Page.setRequestInterception", "should show custom HTTP headers")]157 [SkipBrowserFact(skipFirefox: true)]...
ShouldStopIntercepting
Using AI Code Generation
1using System.Threading.Tasks;2using PuppeteerSharp.Tests.Attributes;3using PuppeteerSharp.Xunit;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 await Page.GoToAsync(TestConstants.EmptyPage);18 }19 [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should work with redirects")]20 public async Task ShouldWorkWithRedirects()21 {22 await Page.SetRequestInterceptionAsync(true);23 Page.Request += async (sender, e) => await e.Request.ContinueAsync();24 var response = await Page.GoToAsync(TestConstants.ServerUrl + "/redirect/1.html");25 Assert.Equal(TestConstants.ServerUrl + "/redirect/2.html", response.Url);26 }27 [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should be able to fetch data from intercepted request")]28 public async Task ShouldBeAbleToFetchDataFromInterceptedRequest()29 {30 await Page.SetRequestInterceptionAsync(true);31 Page.Request += async (sender, e) =>32 {33 if (e.Request.Url.EndsWith("css"))34 {35 Assert.Equal(ResourceType.Stylesheet, e.Request.ResourceType);36 Assert.Equal("stylesheet", e.Request.Headers["accept"]);37 var text = await e.Request.GetContentAsync();38 Assert.Contains("body", text);39 }40 await e.Request.ContinueAsync();41 };42 await Page.GoToAsync(TestConstants.ServerUrl + "/css.html");43 }44 [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should not throw unhandled promise when request is aborted")]45 public async Task ShouldNotThrowUnhandledPromiseWhenRequestIsAborted()46 {
ShouldStopIntercepting
Using AI Code Generation
1{2 using System;3 using System.Collections.Generic;4 using System.Linq;5 using System.Text;6 using System.Threading.Tasks;7 using Xunit;8 using Xunit.Abstractions;9 [Collection("PuppeteerLoaderFixture collection")]10 {11 public SetRequestInterceptionTests(ITestOutputHelper output) : base(output)12 {13 }14 public async Task ShouldWork()15 {16 await Page.SetRequestInterceptionAsync(true);17 Page.Request += async (sender, e) =>18 {19 await e.Request.ContinueAsync();20 };21 var response = await Page.GoToAsync(TestConstants.EmptyPage);22 Assert.True(response.Ok);23 }24 public async Task ShouldWorkWithSubFrames()25 {26 await Page.SetRequestInterceptionAsync(true);27 Page.Request += async (sender, e) =>28 {29 await e.Request.ContinueAsync();30 };31 var (response, _) = await TaskUtils.WhenAll(32 Page.GoToAsync(TestConstants.EmptyPage),33 FrameUtils.AttachFrameAsync(Page, "frame1", TestConstants.EmptyPage)34 );35 Assert.True(response.Ok);36 }37 public async Task ShouldWorkWithDifferentAllowPatterns()38 {39 await Page.SetRequestInterceptionAsync(true);40 Page.Request += async (sender, e) =>41 {42 if (e.Request.Url.EndsWith(".css"))43 {44 await e.Request.ContinueAsync();45 }46 {47 await e.Request.ContinueAsync(new Payload48 {49 });50 }51 };52 var response = await Page.GoToAsync(TestConstants.ServerUrl + "/one-style.html");53 Assert.True(response.Ok);54 Assert.Null(response.Request.Failure);55 Assert.Equal(TestConstants.EmptyPage, response.Request.Url);56 }57 public async Task ShouldWorkWithDefaultAllowPattern()58 {59 await Page.SetRequestInterceptionAsync(true);60 Page.Request += async (sender, e) =>61 {62 await e.Request.ContinueAsync();63 };64 var response = await Page.GoToAsync(TestConstants.ServerUrl + "/one-style.html");65 Assert.True(response.Ok);66 Assert.Null(response.Request.Failure);67 Assert.Equal(TestConstants.ServerUrl + "/one-style.html", response.Request
ShouldStopIntercepting
Using AI Code Generation
1using System;2using System.Collections.Generic;3using System.Linq;4using System.Threading.Tasks;5using PuppeteerSharp.Tests.Attributes;6using Xunit;7using Xunit.Abstractions;8{9 [Collection(TestConstants.TestFixtureCollectionName)]10 {11 public SetRequestInterceptionTests(ITestOutputHelper output) : base(output)12 {13 }14 [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should intercept")]15 public async Task ShouldIntercept()16 {17 await Page.SetRequestInterceptionAsync(true);18 Page.Request += async (sender, e) =>19 {20 Assert.Contains("/empty.html", e.Request.Url);21 await e.Request.ContinueAsync();22 };23 var response = await Page.GoToAsync(TestConstants.EmptyPage);24 Assert.True(response.Ok);25 }26 [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should work when POST is redirected with 302")]27 public async Task ShouldWorkWhenPostIsRedirectedWith302()28 {29 await Page.SetRequestInterceptionAsync(true);30 Page.Request += async (sender, e) =>31 {32 await e.Request.ContinueAsync();33 };34 var response = await Page.GoToAsync(TestConstants.ServerUrl + "/redirect/1.html");35 Assert.Equal(200, response.Status);36 }37 [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should work when header manipulation headers with redirect")]38 public async Task ShouldWorkWhenHeaderManipulationHeadersWithRedirect()39 {40 await Page.SetExtraHttpHeadersAsync(new Dictionary<string, string>41 {42 });43 await Page.SetRequestInterceptionAsync(true);44 Page.Request += async (sender, e) =>45 {46 var headers = e.Request.Headers;47 Assert.Equal("bar", headers["foo"]);48 await e.Request.ContinueAsync();49 };50 var response = await Page.GoToAsync(TestConstants.ServerUrl + "/empty.html");51 Assert.Equal(200, response.Status);52 }53 [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should show custom HTTP headers")]
ShouldStopIntercepting
Using AI Code Generation
1using System;2using System.Collections.Generic;3using System.Linq;4using System.Text;5using System.Threading.Tasks;6using PuppeteerSharp;7using Xunit;8using Xunit.Abstractions;9{10 [Collection("PuppeteerLoaderFixture collection")]11 {12 public SetRequestInterceptionTests(ITestOutputHelper output) : base(output)13 {14 }15 public async Task ShouldStopIntercepting()16 {17 await Page.SetRequestInterceptionAsync(true);18 Page.Request += async (sender, e) => await e.Request.ContinueAsync();19 var requests = new List<Request>();20 Page.Request += (sender, e) => requests.Add(e.Request);21 await Page.GoToAsync(TestConstants.EmptyPage);22 Assert.Equal(1, requests.Count);23 await Page.SetRequestInterceptionAsync(false);24 await Page.GoToAsync(TestConstants.EmptyPage);25 Assert.Equal(1, requests.Count);26 }27 }28}29using System;30using System.Collections.Generic;31using System.Linq;32using System.Text;33using System.Threading.Tasks;34using PuppeteerSharp;35using Xunit;36using Xunit.Abstractions;37{38 [Collection("PuppeteerLoaderFixture collection")]39 {40 public SetRequestInterceptionTests(ITestOutputHelper output) : base(output)41 {42 }43 public async Task ShouldWorkWithRedirects()44 {45 await Page.SetRequestInterceptionAsync(true);46 Page.Request += async (sender, e) => await e.Request.ContinueAsync();47 var requests = new List<Request>();48 Page.Request += (sender, e) => requests.Add(e.Request);49 Server.SetRedirect("/foo.html", "/empty.html");50 await Page.GoToAsync(TestConstants.ServerUrl + "/foo.html");51 Assert.Equal(2, requests.Count);52 Assert.Equal(TestConstants.ServerUrl + "/foo.html", requests[0].Url);53 Assert.Equal(TestConstants.ServerUrl + "/empty.html", requests[1].Url);54 }55 }56}
ShouldStopIntercepting
Using AI Code Generation
1PuppeteerSharp.Tests.RequestInterceptionTests.SetRequestInterceptionTests.ShouldStopIntercepting()2{3 var page = Page;4 await page.SetRequestInterceptionAsync(true);5 page.Request += async (sender, e) => await e.Request.ContinueAsync();6 await page.GoToAsync(TestConstants.EmptyPage);7 await page.SetRequestInterceptionAsync(false);8 await page.GoToAsync(TestConstants.EmptyPage);9}10PuppeteerSharp.Tests.RequestInterceptionTests.SetRequestInterceptionTests.ShouldWork()11{12 var page = Page;13 await page.SetRequestInterceptionAsync(true);14 page.Request += async (sender, e) => await e.Request.ContinueAsync();15 await page.GoToAsync(TestConstants.EmptyPage);16}17PuppeteerSharp.Tests.RequestInterceptionTests.SetRequestInterceptionTests.ShouldWorkWithRedirects()18{19 var page = Page;20 await page.SetRequestInterceptionAsync(true);21 page.Request += async (sender, e) => await e.Request.ContinueAsync();22 var response = await page.GoToAsync(TestConstants.ServerUrl + "/redirect/1.html");23 Assert.Equal(TestConstants.ServerUrl + "/redirect/1.html", response.Url);24 Assert.Equal(TestConstants.ServerUrl + "/title.html", response.Request.Url);25}26PuppeteerSharp.Tests.RequestInterceptionTests.SetRequestInterceptionTests.ShouldWorkWithSubFrames()27{28 var page = Page;29 await page.SetRequestInterceptionAsync(true);30 page.Request += async (sender, e) => await e.Request.ContinueAsync();31 await page.GoToAsync(TestConstants.EmptyPage);32 await FrameUtils.AttachFrameAsync(page, "frame1", TestConstants.EmptyPage);33 var frame1 = page.Frames.ElementAt(1);34 await FrameUtils.AttachFrameAsync(page, "frame2", TestConstants.EmptyPage);35 var frame2 = page.Frames.ElementAt(2);36 await Task.WhenAll(37 frame1.EvaluateFunctionAsync("url =>
ShouldStopIntercepting
Using AI Code Generation
1var page = await context.NewPageAsync();2 await page.SetRequestInterceptionAsync(true);3 page.Request += async (sender, e) =>4 {5 if (e.Request.Url.Contains("css"))6 {7 await e.Request.AbortAsync();8 }9 {10 await e.Request.ContinueAsync();11 }12 };13 await page.WaitForSelectorAsync("h1");14 await page.WaitForSelectorAsync("h2");15 await page.WaitForSelectorAsync("h3");16 await page.WaitForSelectorAsync("h4");17 await page.WaitForSelectorAsync("h5");18 await page.WaitForSelectorAsync("h6");19 var h1 = await page.QuerySelectorAsync("h1");20 var h2 = await page.QuerySelectorAsync("h2");21 var h3 = await page.QuerySelectorAsync("h3");22 var h4 = await page.QuerySelectorAsync("h4");23 var h5 = await page.QuerySelectorAsync("h5");24 var h6 = await page.QuerySelectorAsync("h6");25 Assert.Equal("h1", await h1.EvaluateFunctionAsync<string>("e => e.nodeName"));26 Assert.Equal("h2", await h2.EvaluateFunctionAsync<string>("e => e.nodeName"));27 Assert.Equal("h3", await h3.EvaluateFunctionAsync<string>("e => e.nodeName"));28 Assert.Equal("h4", await h4.EvaluateFunctionAsync<string>("e => e.nodeName"));29 Assert.Equal("h5", await h5.EvaluateFunctionAsync<string>("e => e.nodeName"));30 Assert.Equal("h6", await h6.EvaluateFunctionAsync<string>("e => e.nodeName"));31 await page.SetRequestInterceptionAsync(false);32}
ShouldStopIntercepting
Using AI Code Generation
1using System;2using System.Threading.Tasks;3using PuppeteerSharp;4using PuppeteerSharp.Tests.Attributes;5{6 [Collection(TestConstants.TestFixtureCollectionName)]7 {8 [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should work")]9 public async Task ShouldWork()10 {11 await Page.SetRequestInterceptionAsync(true);12 Page.Request += async (sender, e) =>13 {14 await e.Request.ContinueAsync();15 };16 await Page.GoToAsync(TestConstants.EmptyPage);17 }18 [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should work with subframes")]19 public async Task ShouldWorkWithSubframes()20 {21 await Page.SetRequestInterceptionAsync(true);22 Page.Request += async (sender, e) =>23 {24 await e.Request.ContinueAsync();25 };26 var frame = await FrameUtils.AttachFrameAsync(Page, "frame1", TestConstants.EmptyPage);27 await frame.GoToAsync(TestConstants.EmptyPage);28 }29 [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should work with redirects")]30 public async Task ShouldWorkWithRedirects()31 {32 await Page.SetRequestInterceptionAsync(true);33 Page.Request += async (sender, e) =>34 {35 await e.Request.ContinueAsync();36 };37 var response = await Page.GoToAsync(TestConstants.ServerUrl + "/redirect/1.html");38 Assert.Equal(HttpStatusCode.OK, response.Status);39 }40 [PuppeteerTest("requestinterception.spec.ts", "RequestInterception", "should work with equal requests")]41 public async Task ShouldWorkWithEqualRequests()42 {43 await Page.SetRequestInterceptionAsync(true);44 var requests = 0;45 Page.Request += async (sender, e
ShouldStopIntercepting
Using AI Code Generation
1var result = await ShouldStopIntercepting();2if(result)3{4await page.StopInterceptingAsync();5}6{7await page.ContinueInterceptedRequestAsync(request);8}9var result = await ShouldStopIntercepting();10if(result)11{12await page.StopInterceptingAsync();13}14{15await page.ContinueInterceptedRequestAsync(request);16}17var result = await ShouldStopIntercepting();18if(result)19{20await page.StopInterceptingAsync();21}22{23await page.ContinueInterceptedRequestAsync(request);24}25var result = await ShouldStopIntercepting();26if(result)27{28await page.StopInterceptingAsync();29}30{31await page.ContinueInterceptedRequestAsync(request);32}
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