public void When_Get_Length_Then_0() { using (var filter = new CapturingResponseFilter(new MemoryStream())) { Assert.That(filter.Length, Is.EqualTo(0)); } }
public void When_Seek_Then_0() { using (var filter = new CapturingResponseFilter(new MemoryStream())) { Assert.That(filter.Seek(0, SeekOrigin.Current), Is.EqualTo(0)); } }
public void When_CanRead_Then_True() { using(var filter = new CapturingResponseFilter(new MemoryStream())) { Assert.That(filter.CanRead, Is.True); } }
public void When_CanWrite_Then_False() { using (var filter = new CapturingResponseFilter(new MemoryStream())) { Assert.That(filter.CanWrite, Is.False); } }
/// <summary>Renders the action and returns a string.</summary> /// <param name="viewRenderer">The delegate to render.</param> /// <returns>The rendered text.</returns> public string Capture(Action viewRenderer) { HttpResponseBase resp = _httpContext.Response; Stream originalFilter = null; CapturingResponseFilter innerFilter; string capturedHtml = ""; if (viewRenderer != null) { try { resp.Flush(); originalFilter = resp.Filter; innerFilter = new CapturingResponseFilter(resp.Filter); resp.Filter = innerFilter; viewRenderer(); resp.Flush(); capturedHtml = innerFilter.GetContents(resp.ContentEncoding); } finally { if (originalFilter != null) { resp.Filter = originalFilter; } } } return capturedHtml; }
/// <summary>Renders the action and returns a string.</summary> /// <param name="viewRenderer">The delegate to render.</param> /// <returns>The rendered text.</returns> public string Capture(Action viewRenderer) { HttpResponseBase resp = _httpContext.Response; Stream originalFilter = null; CapturingResponseFilter innerFilter; string capturedHtml = ""; if (viewRenderer != null) { try { resp.Flush(); originalFilter = resp.Filter; innerFilter = new CapturingResponseFilter(resp.Filter); resp.Filter = innerFilter; viewRenderer(); resp.Flush(); capturedHtml = innerFilter.GetContents(resp.ContentEncoding); } finally { if (originalFilter != null) { resp.Filter = originalFilter; } } } return(capturedHtml); }
public void When_Set_Position_Then_Get_Position() { using (var filter = new CapturingResponseFilter(new MemoryStream())) { filter.Position = 100; Assert.That(filter.Position, Is.EqualTo(100)); } }
public void Then_GetContents_Returns_The_Contents() { string text = null; using(var sink = new MemoryStream()) using(var filter = new CapturingResponseFilter(sink)) { { byte[] bytes = Encoding.UTF8.GetBytes("Goose"); filter.Write(bytes, 0, bytes.Length); text = filter.GetContents(Encoding.UTF8); } Assert.That(text, Is.EqualTo("Goose")); } }
public void When_SetLength_Then_Sink_SetLength() { var sink = _mocks.DynamicMock<Stream>(); using (_mocks.Record()) { sink.SetLength(100); } using (_mocks.Playback()) { using (_filter = new CapturingResponseFilter(sink)) _filter.SetLength(100); } }
public void When_Read_Then_Sink_Is_Read() { var sink = _mocks.DynamicMock<Stream>(); var buf = new byte[100]; using (_mocks.Record()) { Expect.Call(sink.Read(buf, 0, 20)).Return(0); } using (_mocks.Playback()) { using (_filter = new CapturingResponseFilter(sink)) _filter.Read(buf, 0, 20); } }
public void When_Flush_Then_Sink_Is_Flushed() { var sink = _mocks.DynamicMock<Stream>(); using (_mocks.Record()) { sink.Flush(); } using (_mocks.Playback()) { using (_filter = new CapturingResponseFilter(sink)) _filter.Flush(); } }