public void CannotBuildARequestWithAzureAndFtpSaveDestinations()
{
Assert.Throws <NotSupportedException>(() => BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://www.foo.com/bar.gif"))
.Crop(f => f.WithDimensions(1, 2, 3, 4)
.SaveAs(s => s.WithImageIdentifier("image")
.WithExtension(Extension.PNG)
.WithQuality(10)
.ToAzure(a => a
.WithAccountName("azureAccount")
.WithSharedAccessSignature("sharedkey"))
.ToFtp(a => a
.WithDirectory("directory")
.WithFileName("filename")
.WithPassword("password")
.WithServer("server")
.WithUser("user"))))));
}
public void CanBuildAnAppendFunction()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build an photograph function".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://foo.bar.gif"))
.Photograph(f => f.WithAngle(2))));
"Then the name should be photograph".Observation(() => Assert.Equal("photograph", request.Functions[0].Name));
"And the angle should be 2".Observation(() => Assert.Equal(2, ((PhotographFunction)request.Functions[0]).Angle));
"And the params should be constructed".Observation(() =>
{
var p = request.Functions[0].Params;
var t = p.GetType();
Assert.Equal(2, (int)t.GetProperty("angle").GetValue(p, null));
});
}
public void CannotBuildARequestWithS3AndAzureSaveDestinations()
{
Assert.Throws <NotSupportedException>(() => BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://www.foo.com/bar.gif"))
.Crop(f => f.WithDimensions(1, 2, 3, 4)
.SaveAs(s => s.WithImageIdentifier("image")
.WithExtension(Extension.PNG)
.WithQuality(10)
.ToS3(s3 => s3.ToBucket("Bucket")
.WithKey("Key")
.WithHeader("1", "foo")
.WithHeaders(new Dictionary <string, string> {
{ "2", "bar" }
}))
.ToAzure(a => a
.WithAccountName("azureAccount")
.WithSharedAccessSignature("sharedkey"))))));
}
public void CanBuildAnAppendFunction()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build an append function".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://foo.bar.gif"))
.Append(f => f.AppendVeritically(true))));
"Then the name should be append".Observation(() => Assert.Equal("append", request.Functions[0].Name));
"And the vertical should be true".Observation(() => Assert.Equal(true, ((AppendFunction)request.Functions[0]).Vertical));
"And the params should be constructed".Observation(() =>
{
var p = request.Functions[0].Params;
var t = p.GetType();
Assert.Equal(true, (bool)t.GetProperty("vertical").GetValue(p, null));
});
}
public async void CanProcessAnnotationFunctionAsync()
{
const string bucketName = "gdoubleu-test-photos";
var request = BuildA.Request(r => r
.WithApplicationId("a5KqkemeX2RttyYdkOrdug")
.WithSourceImageUri(
new Uri("https://s3-eu-west-1.amazonaws.com/gdoubleu-test-photos/moi.jpg"))
.Annotate(f => f.WithText("Hello")
.SaveAs(s => s.WithImageIdentifier("image_identifier")
.ToS3(s3 => s3
.ToBucket(bucketName)
.WithKey("annotate-default.png")))));
var task = request.SendAsync();
var foo = await task;
Console.WriteLine(foo.Results.JobId);
}
public void CanBuildAMedianFilterFunction()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build a median filter function".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://foo.bar.gif"))
.MedianFilter(f => f.WithRadius(2m))));
"Then the name should be median_filter".Observation(() => Assert.Equal("median_filter", request.Functions[0].Name));
"And the radius should be 2".Observation(() => Assert.Equal(2, ((MedianFilterFunction)request.Functions[0]).Radius));
"And the params should be constructed".Observation(() =>
{
var p = request.Functions[0].Params;
var t = p.GetType();
Assert.Equal(2m, (decimal)t.GetProperty("radius").GetValue(p, null));
});
}
public void CanBuildARequestWithoutSourceType()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build a request without source type".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://www.foo.com/bar.gif"))
.Crop(f => f.WithDimensions(1, 2, 3, 4)
.SaveAs(s => s.WithImageIdentifier("image")
.WithExtension(Extension.PNG)
.WithQuality(10)
.ToS3(s3 => s3.ToBucket("Bucket")
.WithKey("Key")
.WithHeader("1", "foo")
.WithHeaders(new Dictionary <string, string> {
{ "2", "bar" }
}))))));
"Then source type is null".Observation(() => Assert.Null(request.SourceType));
}
public void CanBuildAnAnnotateFunction()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build an annotate function".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://foo.bar.gif"))
.Annotate(f => f
.WithText("Text")
.WithPosition(1, 1)
.WithColour("ccc")
.WithFontFamilty("Arial")
.WithPointSize(10)
.WithStroke("super")
.WithGravity(Gravity.NorthGravity))));
"The the name should be annotate".Observation(() => Assert.Equal("annotate", request.Functions[0].Name));
"And the text should be set".Observation(() => Assert.Equal("Text", ((AnnotateFunction)request.Functions[0]).Text));
"And the x should be 1".Observation(() => Assert.Equal(1, ((AnnotateFunction)request.Functions[0]).X));
"And the y should be 1".Observation(() => Assert.Equal(1, ((AnnotateFunction)request.Functions[0]).Y));
"And the colour should be ccc".Observation(() => Assert.Equal("ccc", ((AnnotateFunction)request.Functions[0]).Colour));
"And the font family should be Arial".Observation(() => Assert.Equal("Arial", ((AnnotateFunction)request.Functions[0]).FontFamily));
"And the point size should be 10".Observation(() => Assert.Equal(10, ((AnnotateFunction)request.Functions[0]).PointSize));
"And the stroke should be super".Observation(() => Assert.Equal("super", ((AnnotateFunction)request.Functions[0]).Stroke));
"And the gravity should be NorthGravity".Observation(() => Assert.Equal(Gravity.NorthGravity, ((AnnotateFunction)request.Functions[0]).Gravity));
"And the params should be constructed".Observation(() =>
{
var p = request.Functions[0].Params;
var t = p.GetType();
Assert.Equal("Text", t.GetProperty("text").GetValue(p, null).ToString());
Assert.Equal(1, (int)t.GetProperty("x").GetValue(p, null));
Assert.Equal(1, (int)t.GetProperty("y").GetValue(p, null));
Assert.Equal("ccc", t.GetProperty("color").GetValue(p, null).ToString());
Assert.Equal("Arial", t.GetProperty("font_family").GetValue(p, null).ToString());
Assert.Equal(10, (int)t.GetProperty("point_size").GetValue(p, null));
Assert.Equal("super", t.GetProperty("stroke").GetValue(p, null).ToString());
Assert.Equal("NorthGravity", t.GetProperty("gravity").GetValue(p, null).ToString());
});
}
public void CanBuildARequest()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build a request".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.FixS3ImageUrl()
.WaitForS3()
.ContentTypeAsJson()
.SuppressAutoOrientation()
.WithPostbackUri(new Uri("http://www.bar.com/"))
.WithExtendedMetaData()
.WithHash(Hash.Md5)
.WithSourceImageUri(new Uri("http://www.foo.com/bar.gif"))
.SourceIsScreenshot()
.Crop(f => f.WithDimensions(1, 2, 3, 4))));
"Then the request is not null".Observation(() => Assert.NotNull(request));
"And the application id is 123".Observation(() => Assert.Equal("123", request.ApplicationId));
"And the source image is http://www.foo.com/bar.gif".Observation(() => Assert.Equal("http://www.foo.com/bar.gif", request.SourceImage));
"And wait for s3 is true".Observation(() => Assert.Equal(true, request.WaitForS3));
"And content type as json is true".Observation(() => Assert.True(request.ContentTypeJson));
"And supress auto orientation is true".Observation(() => Assert.True(request.SuppressAutoOrient));
"And the postback url is http://postback.com".Observation(() => Assert.Equal("http://www.bar.com/", request.PostbackUrl));
"And extended meta data is true".Observation(() => Assert.True(request.ExtendedMetaData));
"And the hash is Md5".Observation(() => Assert.Equal(Hash.Md5, request.Hash));
"And the source type is screen_shot_url".Observation(() => Assert.Equal("screen_shot_url", request.SourceType));
"And there is 1 function".Observation(() => Assert.Equal(1, request.Functions.Count));
}
public void CannotBuildARequestWithS3AndFtpSaveDestinations()
{
Assert.Throws <NotSupportedException>(() => BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://www.foo.com/bar.gif"))
.Crop(f => f.WithDimensions(1, 2, 3, 4)
.SaveAs(s => s.WithImageIdentifier("image")
.WithExtension(Extension.PNG)
.WithQuality(10)
.ToS3(s3 => s3.ToBucket("Bucket")
.WithKey("Key")
.WithHeader("1", "foo")
.WithHeaders(new Dictionary <string, string> {
{ "2", "bar" }
}))
.ToFtp(a => a
.WithDirectory("directory")
.WithFileName("filename")
.WithPassword("password")
.WithServer("server")
.WithUser("user"))))));
}
public void CanBuildAScaleFunctionWithOnlyWidthAndHeight()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build a scale function".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://foo.bar.gif"))
.Scale(f => f.WithWidth(5).WithHeight(2))));
"Then the name should be scale".Observation(() => Assert.Equal("scale", request.Functions[0].Name));
"And the width should be 5".Observation(() => Assert.Equal(5, ((ScaleFunction)request.Functions[0]).Width));
"And the height should be 2".Observation(() => Assert.Equal(2, ((ScaleFunction)request.Functions[0]).Height));
"And the scale factor should be 0".Observation(() => Assert.Equal(0m, ((ScaleFunction)request.Functions[0]).ScaleFactor));
"And the params should be constructed".Observation(() =>
{
var p = request.Functions[0].Params;
Assert.Equal(5, p.width);
Assert.Equal(2, p.height);
});
}
public void CanBuildAResizeFunctionWithOnlyAScaleFactor()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build a resize function".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://foo.bar.gif"))
.Resize(f => f.WithScaleFactor(0.2m))));
"Then the name should be resize".Observation(() => Assert.Equal("resize", request.Functions[0].Name));
"And the width should be 0".Observation(() => Assert.Equal(0, ((ResizeFunction)request.Functions[0]).Width));
"And the height should be 0".Observation(() => Assert.Equal(0, ((ResizeFunction)request.Functions[0]).Height));
"And the scale factor should be 0.2".Observation(() => Assert.Equal(0.2m, ((ResizeFunction)request.Functions[0]).ScaleFactor));
"And the params should be constructed".Observation(() =>
{
var p = request.Functions[0].Params;
Assert.Equal(0, p.width);
Assert.Equal(0, p.height);
Assert.Equal(0.2m, p.scale_factor);
});
}
public void CanProcessAMultipageDocumentWithSpecificPages()
{
var request = default(BlitlineRequest);
var response = default(BlitlineResponse);
"Given I have a screenshot request".Context(() =>
{
const string bucketName = "gdoubleu-test-photos";
request = BuildA.Request(r => r
.WithApplicationId("a5KqkemeX2RttyYdkOrdug")
.WithSourceImageUri(new Uri("https://s3-eu-west-1.amazonaws.com/gdoubleu-test-photos/Gareth+Williams%27s+Resume.pdf"))
.SourceIsMultipageDocument(new[] { 1 })
.ResizeToFit(f => f.WithWidth(200).WithHeight(200)
.SaveAs(s => s.WithImageIdentifier("multipage_2")
.ToS3(s3 => s3.ToBucket(bucketName).WithKey("multipage_page.png")))));
});
"When I process the request".Do(() => response = request.Send());
"Then the s3 url should not be empty".Observation(() => Assert.NotEmpty(response.Results.Images.First().S3Url));
}
public void CanProcessAScaleFunctionWithJustHeightAndWidth()
{
var request = default(BlitlineRequest);
var response = default(BlitlineResponse);
"Given I have a scale function with only a scale factor".Context(() =>
{
const string bucketName = "gdoubleu-test-photos";
request = BuildA.Request(r => r
.WithApplicationId("a5KqkemeX2RttyYdkOrdug")
.WithSourceImageUri(new Uri("https://s3-eu-west-1.amazonaws.com/gdoubleu-test-photos/moi.jpg"))
.Scale(f => f.WithHeight(50).WithWidth(100)
.SaveAs(s => s.WithImageIdentifier("image_identifier")
.ToS3(s3 => s3
.ToBucket(bucketName)
.WithKey("moi-scale-heightwidth.png")))));
});
"When I process the request".Do(() => response = request.Send());
"Then the s3 url should not be empty".Observation(() => Assert.NotEmpty(response.Results.Images.First().S3Url));
}
public void CanBuildARequestWithAnAzureDestination()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build a request".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://www.foo.com/bar.gif"))
.Crop(c => c.WithDimensions(1, 2, 3, 4)
.SaveAs(s => s.WithImageIdentifier("image")
.WithExtension(Extension.PNG)
.WithQuality(10)
.ToAzure(f => f.WithAccountName("azureaccount")
.WithSharedAccessSignature("sharedaccesssignature")
)
)
)));
"Then save contains an azure destination".Observation(() => Assert.NotNull(request.Functions.First().Save.AzureDestination));
"And the account name should be azureaccount".Observation(() => Assert.Equal("azureaccount", request.Functions.First().Save.AzureDestination.AccountName));
"And the shared access signature should be sharedaccesssignature".Observation(() => Assert.Equal("sharedaccesssignature", request.Functions.First().Save.AzureDestination.SharedAccessSignature));
}
public void CanBuildAQuantizeFunctionWithOnlyRequiredValues()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build a quantize function".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://foo.bar.gif"))
.Quantize(f => f.WithNumberOfColours(5))));
"Then the name should be quantize".Observation(() => Assert.Equal("quantize", request.Functions[0].Name));
"And the number of colours should be 5".Observation(() => Assert.Equal(5, ((QuantizeFunction)request.Functions[0]).NumberOfColours));
"And the colour space should be colours".Observation(() => Assert.Equal("RGBColorspace", ((QuantizeFunction)request.Functions[0]).ColourSpace));
"And the the dither should be false".Observation(() => Assert.Equal(false, ((QuantizeFunction)request.Functions[0]).Dither));
"And the params should be constructed".Observation(() =>
{
var p = request.Functions[0].Params;
var t = p.GetType();
Assert.Equal(5, (int)t.GetProperty("number_colors").GetValue(p, null));
Assert.Equal("RGBColorspace", t.GetProperty("color_space").GetValue(p, null).ToString());
Assert.Equal(false, (bool)t.GetProperty("dither").GetValue(p, null));
});
}
public void CanBuildASketchFunction()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build a sketch function".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://foo.bar.gif"))
.Sketch(f => f.WithSigma(5m).WithRadius(2m).WithAngle(2m))));
"Then the name should be sketch".Observation(() => Assert.Equal("sketch", request.Functions[0].Name));
"And the sigma should be 5".Observation(() => Assert.Equal(5m, ((SketchFunction)request.Functions[0]).Sigma));
"And the radius should be 2".Observation(() => Assert.Equal(2m, ((SketchFunction)request.Functions[0]).Radius));
"And the angle should be 2".Observation(() => Assert.Equal(2m, ((SketchFunction)request.Functions[0]).Angle));
"And the params should be constructed".Observation(() =>
{
var p = request.Functions[0].Params;
var t = p.GetType();
Assert.Equal(5m, (decimal)t.GetProperty("sigma").GetValue(p, null));
Assert.Equal(2m, (decimal)t.GetProperty("radius").GetValue(p, null));
Assert.Equal(2m, (decimal)t.GetProperty("angle").GetValue(p, null));
});
}
public void CanBuildAModulateFunction()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build a modulate function".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://foo.bar.gif"))
.Modulate(f => f.WithBrightness(2m).WithSaturation(2.0m).WithHue(2.0m))));
"Then the name should be modulate".Observation(() => Assert.Equal("modulate", request.Functions[0].Name));
"And the brightness should be 2".Observation(() => Assert.Equal(2.0m, ((ModulateFunction)request.Functions[0]).Brightness));
"And the saturation should be 2".Observation(() => Assert.Equal(2.0m, ((ModulateFunction)request.Functions[0]).Saturation));
"And the hue should be 2".Observation(() => Assert.Equal(2.0m, ((ModulateFunction)request.Functions[0]).Hue));
"And the params should be constructed".Observation(() =>
{
var p = request.Functions[0].Params;
var t = p.GetType();
Assert.Equal(2.0m, (decimal)t.GetProperty("brightness").GetValue(p, null));
Assert.Equal(2.0m, (decimal)t.GetProperty("saturation").GetValue(p, null));
Assert.Equal(2.0m, (decimal)t.GetProperty("hue").GetValue(p, null));
});
}
public void CanBuildARequestWithSaveData()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build a request".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://www.foo.com/bar.gif"))
.Crop(f => f.WithDimensions(1, 2, 3, 4)
.SaveAs(s => s.WithImageIdentifier("image")
.WithExtension(Extension.PNG)
.WithQuality(10)
.QuantizePng()
.WithInterlaceType(InterlaceType.LineInterlace)))));
"Then the function has a save value".Observation(() => Assert.NotNull(request.Functions.First().Save));
"And the image identifier is image".Observation(() => Assert.Equal("image", request.Functions.First().Save.ImageIdentifier));
"And the quality is 10".Observation(() => Assert.Equal(10, request.Functions.First().Save.Quality));
"And quantize png is true".Observation(() => Assert.True(request.Functions[0].Save.PngQuantize));
"And the interlace type is LineInterlace".Observation(() => Assert.Equal("LineInterlace", request.Functions[0].Save.Interlace));
}
public void CanProcessAScreenShot()
{
var request = default(BlitlineRequest);
var response = default(BlitlineResponse);
"Given I have a screenshot request".Context(() =>
{
const string bucketName = "gdoubleu-test-photos";
request = BuildA.Request(r => r
.WithApplicationId("a5KqkemeX2RttyYdkOrdug")
.WithSourceImageUri(new Uri("http://www.google.co.uk"))
.SourceIsScreenshot()
.Crop(f => f.WithDimensions(51, 126, 457 - 126, 382 - 51)
.SaveAs(s => s.WithImageIdentifier("image_identifier")
.ToS3(s3 => s3
.ToBucket(bucketName)
.WithKey("screenshot.png")))));
});
"When I process the request".Do(() => response = request.Send());
"Then the s3 url should not be empty".Observation(() => Assert.NotEmpty(response.Results.Images.First().S3Url));
}
public void CanBuildAModulateWithOnlyRequiredValues()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build a median pad resize to fit function".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://foo.bar.gif"))
.PadResizeToFit(f => f.WithWidth(2).WithHeight(2))));
"Then the name should be pad_resize_to_fit".Observation(() => Assert.Equal("pad_resize_to_fit", request.Functions[0].Name));
"And the width should be 2".Observation(() => Assert.Equal(2, ((PadResizeToFitFunction)request.Functions[0]).Width));
"And the height should be 2".Observation(() => Assert.Equal(2, ((PadResizeToFitFunction)request.Functions[0]).Height));
"And the hue should be #ffffff".Observation(() => Assert.Equal("#ffffff", ((PadResizeToFitFunction)request.Functions[0]).Colour));
"And the gravity should be CenterGrativty".Observation(() => Assert.Equal(Gravity.CenterGrativty, ((PadResizeToFitFunction)request.Functions[0]).Gravity));
"And the params should be constructed".Observation(() =>
{
var p = request.Functions[0].Params;
var t = p.GetType();
Assert.Equal(2, (int)t.GetProperty("width").GetValue(p, null));
Assert.Equal(2, (int)t.GetProperty("height").GetValue(p, null));
Assert.Equal("#ffffff", t.GetProperty("color").GetValue(p, null).ToString());
Assert.Equal("CenterGrativty", t.GetProperty("gravity").GetValue(p, null).ToString());
});
}
public void CanBuildAContrastStretchChannelFunction()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build an contrast stretch channel function".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://foo.bar.gif"))
.ContrastStretchChannel(f => f.WithBlackPoint(10)
.WithWhitePoint(5))));
"Then the name should be contrast_stretch_channel".Observation(() => Assert.Equal("contrast_stretch_channel", request.Functions[0].Name));
"And the black point should be 10".Observation(() => Assert.Equal(10, ((ContrastStretchChannelFunction)request.Functions[0]).BlackPoint));
"And the white point should be 5".Observation(() => Assert.Equal(5, ((ContrastStretchChannelFunction)request.Functions[0]).WhitePoint));
"And the params should be constructed".Observation(() =>
{
var p = request.Functions[0].Params;
var t = p.GetType();
Assert.Equal(10, (int)t.GetProperty("black_point").GetValue(p, null));
Assert.Equal(5, (int)t.GetProperty("white_point").GetValue(p, null));
});
}
public void CanBuildAResizeToFitFunction()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build a resize to resize_to_fit function".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://foo.bar.gif"))
.ResizeToFit(f => f.WithWidth(5).WithHeight(2)
.OnlyShrinkLarger(true))));
"Then the name should be resize_to_fit".Observation(() => Assert.Equal("resize_to_fit", request.Functions[0].Name));
"And the width should be 5".Observation(() => Assert.Equal(5, ((ResizeToFitFunction)request.Functions[0]).Width));
"And the height should be 2".Observation(() => Assert.Equal(2, ((ResizeToFitFunction)request.Functions[0]).Height));
"And the only shrink larger be true".Observation(() => Assert.Equal(true, ((ResizeToFitFunction)request.Functions[0]).OnlyShrinkLarger));
"And the params should be constructed".Observation(() =>
{
var p = request.Functions[0].Params;
var t = p.GetType();
Assert.Equal(5, (int)t.GetProperty("width").GetValue(p, null));
Assert.Equal(2, (int)t.GetProperty("height").GetValue(p, null));
Assert.Equal(true, (bool)t.GetProperty("only_shrink_larger").GetValue(p, null));
});
}
public void CanBuildAMultipageWithSpecificPagesRequest()
{
BlitlineRequest request = default(BlitlineRequest);
"When I build a multipage with page numbers request".Context(() => request = BuildA.Request(r => r
.WithApplicationId("123")
.WithSourceImageUri(new Uri("http://www.foo.com/bar.gif"))
.SourceIsMultipageDocument(new[] { 1, 3 })
.Crop(f => f.WithDimensions(1, 2, 3, 4)
.SaveAs(s => s.WithImageIdentifier("image")
.WithExtension(Extension.PNG)
.WithQuality(10)
.ToS3(s3 => s3.ToBucket("Bucket")
.WithKey("Key")
.WithHeader("1", "foo")
.WithHeaders(new Dictionary <string, string> {
{ "2", "bar" }
}))))));
"Then source type is multipage".Observation(() => Assert.Equal("multi_page", request.SourceType.Name));
"And there are 2 pages".Observation(() => Assert.Equal(2, request.SourceType.Pages.Length));
"And the 1st page is 1".Observation(() => Assert.Equal(1, request.SourceType.Pages[0]));
"And the 1st page is 3".Observation(() => Assert.Equal(3, request.SourceType.Pages[1]));
}