public void WhenOneFileDoesntExist_ReportsErrorAndKeepsConverting()
{
var parser = Substitute.For <ISketchParser>();
var guid = Guid.NewGuid();
var sketchDocument = new SketchDocument(guid, new List <SketchPage>());
parser.Parse(Arg.Any <SketchArchive>()).Returns(_ => sketchDocument);
var builder = Substitute.For <IUxBuilder>();
var log = new MessageListLogger();
var converter = new Converter(parser, builder, log);
var doesntExist = Path.Combine(TempDirectory, "IDontExist.sketch");
var arrowSketch = Path.Combine(FilesDirectory, "Arrow.sketch");
converter.Convert(new[] { doesntExist, arrowSketch }, TempDirectory);
//Got error for the first file
Assert.That(log.ErrorsAndWarnings().Count, Is.EqualTo(1));
Assert.That(log.ErrorsAndWarnings()[0], Does.Match("Can't convert non-existing Sketch-file.*IDontExist.sketch"));
//Called builder for the second file, and only that
builder.ReceivedWithAnyArgs(1).Build(null, null);
builder.Received(1).Build(sketchDocument, TempDirectory);
}
public void SketchFileWithoutCompatibilityVersionDoesNotFail()
{
// The first sketch-files in the open format doesn't seem to have compatibilityVersion field
var archive = Substitute.For <ISketchArchive>();
var appVersion = 3.14;
var version = 91;
var json =
@"{
'appVersion': '" + appVersion + @"',
'build': 45422,
'variant': 'NONAPPSTORE',
'version': '" + version + @"'
}" ;
using (var jsonStream = new MemoryStream(Encoding.ASCII.GetBytes(json))) {
archive.OpenFile("meta.json")
.Returns(jsonStream);
var log = new MessageListLogger();
CompatibilityChecker.Check("dummy.sketch", archive, log);
Assert.AreEqual(1, log.ErrorsAndWarnings().Count);
Assert.AreEqual(3, log.Messages.Count);
Assert.That(log.ErrorsAndWarnings().First(),
Does.StartWith("WARNING:" + "\t" + "The sketch file was created with an older version"));
}
}
public void WhenOneFileFailsParsing_ReportsErrorAndKeepsConverting()
{
var parser = Substitute.For <ISketchParser>();
var guid = Guid.NewGuid();
var sketchDocument = new SketchDocument(guid, new List <SketchPage>());
parser.Parse(Arg.Any <SketchArchive>()).Returns(
_ => { throw new SketchParserException("Whenever I adjust my sail, I fail."); },
_ => sketchDocument);
var builder = Substitute.For <IUxBuilder>();
var log = new MessageListLogger();
var converter = new Converter(parser, builder, log);
//Just some arbitrary valid sketch files to make sure `Load` works
var arrowSketch = Path.Combine(FilesDirectory, "Arrow.sketch");
var lineSketch = Path.Combine(FilesDirectory, "Line.sketch");
converter.Convert(new [] { arrowSketch, lineSketch }, TempDirectory);
//Got error for the first file
Assert.That(log.ErrorsAndWarnings().Count, Is.EqualTo(1));
Assert.That(log.ErrorsAndWarnings()[0], Does.Match("Arrow.sketch.*I fail"));
//Called builder for the second file, and only that
builder.ReceivedWithAnyArgs(1).Build(null, null);
builder.Received(1).Build(sketchDocument, TempDirectory);
}
public void UnsupportedLayerWarnsAndSkips()
{
var mockSketchArchive = MockSketchArchive.Create(Snippets.JellyfishLayerJson);
var log = new MessageListLogger();
var document = new SketchParser(log).Parse(mockSketchArchive);
Assert.That(document.Pages.Count, Is.EqualTo(1));
Assert.That(document.Pages[0].Layers.Count, Is.EqualTo(0));
Assert.That(log.ErrorsAndWarnings().Count, Is.EqualTo(1));
Assert.That(log.ErrorsAndWarnings()[0], Does.Match("Skipping layer 'Jellyfish' of unsupported type 'jellyfish'"));
}
public void ParseErrorInLayerLogsAndSkips()
{
var mockSketchArchive = MockSketchArchive.Create(Snippets.PathInvalidJson);
var log = new MessageListLogger();
var document = new SketchParser(log).Parse(mockSketchArchive);
Assert.That(document.Pages.Count, Is.EqualTo(1));
Assert.That(document.Pages[0].Layers.Count, Is.EqualTo(0));
Assert.That(log.ErrorsAndWarnings().Count, Is.EqualTo(1));
Assert.That(log.ErrorsAndWarnings()[0], Does.Match("Failed to parse layer"));
}
public void CanBeCalledTwice()
{
var log = new MessageListLogger();
var converter = new Converter(new SketchParser(log), new SymbolsUxBuilder(log), log);
var arrowSketch = Path.Combine(FilesDirectory, "Arrow.sketch");
Assert.That(File.Exists(arrowSketch));
converter.Convert(new [] { arrowSketch }, TempDirectory);
Assert.That(log.ErrorsAndWarnings(), Is.Empty);
converter.Convert(new [] { arrowSketch }, TempDirectory);
Assert.That(log.ErrorsAndWarnings(), Is.Empty);
}
public void UnimplementedLayerTypeFailsGracefullyWithWarning()
{
var log = new MessageListLogger();
var builder = new UxBuilder(new SymbolClassNameBuilder(), Substitute.For <IAssetEmitter>(), log);
var uxNode = builder.BuildLayer(new UnimplementedLayerType());
Assert.That(log.ErrorsAndWarnings().Count, Is.EqualTo(1));
var expected = "Unimplemented layer type: UnimplementedLayerType";
Assert.That(log.ErrorsAndWarnings()[0], Does.Match(expected));
var ux = uxNode.SerializeUx(new UxSerializerContext());
Assert.That(ux, Does.Match("<!-- " + expected + " -->"));
}
public void NestedSketchSymbolCreatesUxInstance()
{
var childSymbol = DocumentBuilder.SketchSymbolMaster("Inner").WithLayer(DocumentBuilder.Rectangle("R1"));
var document = DocumentBuilder.SketchDocument()
.WithSymbol(childSymbol)
.WithSymbol(DocumentBuilder.SketchSymbolMaster("Outer").WithLayer(DocumentBuilder.SymbolInstanceOf(childSymbol)));
var logger = new MessageListLogger();
var builder = new SymbolsUxBuilder(logger);
builder.Build(document, _outputDirectory);
var files = Directory.EnumerateFiles(_outputDirectory);
Assert.AreEqual(2, files.Count());
Assert.IsTrue(files.First().EndsWith("Inner.ux"));
Assert.IsTrue(files.Last().EndsWith("Outer.ux"));
Assert.AreEqual(0, logger.ErrorsAndWarnings().Count);
var ux = File.ReadAllText(files.Last());
Assert.IsTrue(ux.Contains("<Sketch.Inner"));
Assert.IsTrue(ux.Contains("</Sketch.Inner>"));
}
public void SymbolWithReservedNameGetsSkippedAndLogged()
{
var sketchSymbolMaster = DocumentBuilder.SketchSymbolMaster("class");
var document = DocumentBuilder.SketchDocument()
.WithSymbol(sketchSymbolMaster);
var logger = new MessageListLogger();
var builder = new SymbolsUxBuilder(logger);
builder.Build(document, _outputDirectory);
var files = Directory.EnumerateFiles(_outputDirectory);
Assert.That(files.Count(), Is.EqualTo(0));
Assert.That(logger.ErrorsAndWarnings().Count, Is.EqualTo(1));
Assert.That(logger.ErrorsAndWarnings()[0], Does.Contain("The symbol name 'class' is a reserved word."));
}
public void SymbolWithInvalidCharacterInNameGetsSkippedAndLogged()
{
var sketchSymbolMaster = DocumentBuilder.SketchSymbolMaster("a b");
var document = DocumentBuilder.SketchDocument()
.WithSymbol(sketchSymbolMaster);
var logger = new MessageListLogger();
var builder = new SymbolsUxBuilder(logger);
builder.Build(document, _outputDirectory);
var files = Directory.EnumerateFiles(_outputDirectory);
Assert.That(files.Count(), Is.EqualTo(0));
Assert.That(logger.ErrorsAndWarnings().Count, Is.EqualTo(1));
Assert.That(logger.ErrorsAndWarnings()[0], Does.Contain("The symbol name 'a b' contains an invalid character"));
}
public void SymbolWithNoLayersDoesNotGetWritten()
{
var document = DocumentBuilder.SketchDocument()
.WithSymbol(DocumentBuilder.SketchSymbolMasterWithNoLayers("Harry"));
var logger = new MessageListLogger();
var builder = new SymbolsUxBuilder(logger);
builder.Build(document, _outputDirectory);
var file = Directory.EnumerateFiles(_outputDirectory);
Assert.AreEqual(0, file.Count());
Assert.AreEqual(1, logger.ErrorsAndWarnings().Count);
Assert.That(logger.ErrorsAndWarnings().First(),
Does.Match("Skipping symbol 'Sketch.Harry' which has no supported layers."));
}
public void TwoSymbolsWithSameNameGivesErrorAndOnlyWritesOne()
{
var document = DocumentBuilder.SketchDocument()
.WithSymbol(DocumentBuilder.SketchSymbolMaster("NameOfTheGame").WithLayer(DocumentBuilder.Rectangle("R")))
.WithSymbol(DocumentBuilder.SketchSymbolMaster("NameOfTheGame").WithLayer(DocumentBuilder.Rectangle("R")));
var logger = new MessageListLogger();
var builder = new SymbolsUxBuilder(logger);
builder.Build(document, _outputDirectory);
var files = Directory.EnumerateFiles(_outputDirectory).ToList();
Assert.That(files.Count(), Is.EqualTo(1));
Assert.That(files.First(), Does.EndWith("NameOfTheGame.ux"));
Assert.That(logger.ErrorsAndWarnings().Count, Is.EqualTo(1));
Assert.That(logger.ErrorsAndWarnings()[0], Does.Match("More than one symbol named 'NameOfTheGame' was found!"));
}
//This is important since we for instance parse pages in parallel
public void ReportsAggregateExceptions()
{
var manyExceptions = new AggregateException(new List <Exception> {
new Exception("foo"), new Exception("bar")
});
var parser = Substitute.For <ISketchParser>();
parser.Parse(Arg.Any <SketchArchive>()).Throws(manyExceptions);
var builder = Substitute.For <IUxBuilder>();
var log = new MessageListLogger();
var converter = new Converter(parser, builder, log);
//Arbitrary existing file, just so we can get to `parser.Parse()`
var arrowSketch = Path.Combine(FilesDirectory, "Arrow.sketch");
converter.Convert(new [] { arrowSketch }, TempDirectory);
Assert.That(log.ErrorsAndWarnings().Count, Is.EqualTo(2));
Assert.That(log.ErrorsAndWarnings(), Has.Some.Match("foo"));
Assert.That(log.ErrorsAndWarnings(), Has.Some.Match("bar"));
}
public void SketchFileProducedWithOlderVersionThanSupportedGivesWarning()
{
var archive = Substitute.For <ISketchArchive>();
var appVerion = 3.14;
var version = CompatibilityChecker.SketchCompatibilityVersion - 3;
var compatibiltyVersion = version;
var json = GenerateMetaJson(appVerion, compatibiltyVersion, version);
using (var jsonStream = new MemoryStream(Encoding.ASCII.GetBytes(json))) {
archive.OpenFile("meta.json")
.Returns(jsonStream);
var log = new MessageListLogger();
CompatibilityChecker.Check("dummy.sketch", archive, log);
Assert.AreEqual(1, log.ErrorsAndWarnings().Count);
Assert.AreEqual(3, log.Messages.Count);
Assert.That(log.ErrorsAndWarnings().First(),
Does.StartWith("WARNING:" + "\t" + "The sketch file was created with an older version"));
}
}
public void ParseLayerWithVerticalFlip()
{
var mockSketchArchive = MockSketchArchive.Create(Snippets.ShapeWithVerticalFlip);
var log = new MessageListLogger();
var sketchDocument = new SketchParser(log).Parse(mockSketchArchive);
var shapePath = sketchDocument.Pages[0].Layers[0] as SketchShapePath;
Assert.NotNull(shapePath);
Assert.That(shapePath.Path.IsClosed, Is.False);
Assert.That(shapePath.IsFlippedVertical, Is.True);
Assert.That(shapePath.IsFlippedHorizontal, Is.False);
Assert.That(log.ErrorsAndWarnings().Count, Is.Zero);
}
public void ConvertingNonZipArchiveSketchFileReportsError()
{
var invalidSketchArchive = Path.Combine(Path.GetTempPath(), "invalid.sketch");
using (var sw = new StreamWriter(invalidSketchArchive))
{
sw.WriteLine("This is not a sketch archive");
}
var log = new MessageListLogger();
var converter = new Converter(new SketchParser(log), new SymbolsUxBuilder(log), log);
converter.Convert(new [] { invalidSketchArchive }, Path.GetTempPath());
Assert.That(log.ErrorsAndWarnings().First(), Does.Match(invalidSketchArchive.Replace(@"\", @"\\") + ".*Can't open sketch file. This file might be on an old format."));
File.Delete(invalidSketchArchive);
}
public void TwoSketchSymbolsProducesTwoUxClassesInTwoFiles()
{
var document = DocumentBuilder.SketchDocument()
.WithSymbol(DocumentBuilder.SketchSymbolMaster("MySymbol").WithLayer(DocumentBuilder.Rectangle("R")))
.WithSymbol(DocumentBuilder.SketchSymbolMaster("MySymbol2").WithLayer(DocumentBuilder.Rectangle("R2")));
var logger = new MessageListLogger();
var builder = new SymbolsUxBuilder(logger);
builder.Build(document, _outputDirectory);
var files = Directory.EnumerateFiles(_outputDirectory).ToList();
Assert.AreEqual(2, files.Count());
Assert.IsTrue(files.First().EndsWith("MySymbol.ux"));
Assert.IsTrue(files.Last().EndsWith("MySymbol2.ux"));
Assert.AreEqual(0, logger.ErrorsAndWarnings().Count);
}
public void BuildUxForSketchShapeGroupWithoutMaskingGivesNoWarnings()
{
var rectangle = new SketchRectangle(
CreateLayer(5, 5),
new SketchPath(CurvePointUtils.RectanglePath(new CornerRadius(2)), true),
SketchBooleanOperation.NoOperation);
var parentGroup =
new SketchGroup(
new SketchLayer(
new SketchLayer(
Guid.Empty,
new SketchLayer(
CreateLayer(20, 20),
new List <SketchLayer>()),
new SketchRect(0, 0, 10, 10, false),
"Dummy",
false,
DummyAlignment(),
0, false, false,
Optional.None(),
new List <SketchLayer>()),
new List <SketchLayer> {
rectangle
}));
rectangle.Parent = parentGroup;
var log = new MessageListLogger();
var uxBuilder = new UxBuilder(new SymbolClassNameBuilder(), Substitute.For <IAssetEmitter>(), log);
var uxNode = uxBuilder.BuildLayer(parentGroup);
Assert.That(uxNode, Is.Not.Null);
var ux = uxNode.SerializeUx(new UxSerializerContext());
Assert.That(ux, Is.EqualTo("<Panel Width=\"50%\" Height=\"50%\" Alignment=\"TopLeft\" Margin=\"0\">\n\t<!-- Dummy -->\n\t<Rectangle CornerRadius=\"2\" Width=\"50%\" Height=\"50%\" Alignment=\"TopLeft\" Margin=\"0\">\n\t\t<!-- Dummy -->\n\t</Rectangle>\n</Panel>"));
Assert.That(log.ErrorsAndWarnings(), Is.Empty);
}
public void BuildUxForSketchShapeGroupWithMaskingGivesUnsupportedWarnings()
{
var shapeGroup = new SketchShapeGroup(
new SketchLayer(CreateLayer(5, 5), new List <SketchLayer>()),
Mask);
var parentGroup =
new SketchGroup(
new SketchLayer(
new SketchLayer(
Guid.Empty,
new SketchLayer(
CreateLayer(20, 20),
new List <SketchLayer>()),
new SketchRect(0, 0, 10, 10, false),
"Dummy",
false,
DummyAlignment(),
0, false, false,
Optional.None(),
new List <SketchLayer>()),
new List <SketchLayer> {
shapeGroup
}));
shapeGroup.Parent = parentGroup;
var log = new MessageListLogger();
var uxBuilder = new UxBuilder(new SymbolClassNameBuilder(), Substitute.For <IAssetEmitter>(), log);
var uxNode = uxBuilder.BuildLayer(parentGroup);
Assert.That(uxNode, Is.Not.Null);
var ux = uxNode.SerializeUx(new UxSerializerContext());
Assert.That(ux, Is.EqualTo("<Panel Width=\"50%\" Height=\"50%\" Alignment=\"TopLeft\" Margin=\"0\">\n\t<!-- Dummy -->\n\t<!-- Masked shape group is not supported in UX -->\n</Panel>"));
Assert.That(log.ErrorsAndWarnings().First(), Does.Match("WARNING:\tMasked shapes are not supported Dummy"));
}