private void ComparePipData(string expected, string objectToSerialize, string quoteChar = "\'")
{
var result = Build().AddSpec("const obj = " + objectToSerialize + ";").EvaluateExpressionWithNoErrors("obj") as ObjectLiteral;
Assert.True(result != null, "Expected to receive an ObjectLiteral from evaluation the data");
var renderer = new PipFragmentRenderer(
absPath => {
var path = absPath.ToString(PathTable, PathFormat.Script);
var testRoot = TestRoot.Replace('\\', '/') + "/";
if (path.StartsWith(testRoot, StringComparison.OrdinalIgnoreCase))
{
return("##" + path.Substring(testRoot.Length) + "##");
}
return("##" + path + "##");
},
StringTable,
x => "@@" + x + "@@");
var pipData = AmbientJson.CreatePipData(StringTable, result, quoteChar, new PipDataBuilder(StringTable));
var canonicalPipData = pipData.ToString(renderer).Replace("\r\n", "\n").Replace("/", "\\\\");
var canonicalExpected = expected.Replace("\r\n", "\n").Replace("/", "\\\\");
Assert.Equal(canonicalExpected, canonicalPipData);
}
public void TestOverrideWithLeft(string leftObject, string expectedResult)
{
var result = EvaluateSpec(
$@"
const o1 = {leftObject};
export const result = o1.toString();
",
new[] { "result" });
result.ExpectNoError();
var actualResult = (string)result.Values[0];
if (expectedResult.Contains("b:"))
{
var testFolder = (TestRoot.Replace("\\", "/")).ToLowerInvariant();
actualResult = actualResult.ToLowerInvariant().Replace(testFolder, "b:");
}
AssertEqualDiscardingTrivia(expectedResult, actualResult);
}
public void TestReadThenWrte(string xml)
{
var spec = @"
namespace M {
const result = _PreludeAmbientHack_Xml.read(f`in.xml`);
}";
var result = Build()
.AddFile("in.xml", xml)
.AddSpec(spec)
.EvaluateExpressionWithNoErrors("M.result");
var objectLiteral = result as ObjectLiteral;
Assert.NotNull(objectLiteral);
var renderer = new PipFragmentRenderer(
absPath => {
var path = absPath.ToString(PathTable, PathFormat.Script);
var testRoot = TestRoot.Replace('\\', '/') + "/TestSln/src/";
if (path.StartsWith(testRoot, StringComparison.OrdinalIgnoreCase))
{
return("##" + path.Substring(testRoot.Length) + "##");
}
return("##" + path + "##");
},
StringTable,
x => "@@" + x + "@@");
var pipData = AmbientXml.CreatePipData(StringTable, objectLiteral, new PipDataBuilder(StringTable));
var canonicalPipData = pipData.ToString(renderer).Replace("\r\n", "\n").Replace("/", "\\\\");
var canonicalExpected = "<?xml version=\"1.0\" encoding=\"utf-8\"?>\n" + xml.Replace("\r\n", "\n").Replace("/", "\\\\");
// skip read-write test if xml contains DOCTYPE because our writer doesn't generate <!DOCTYPE>
if (!xml.ToUpperInvariant().Contains("DOCTYPE"))
{
Assert.Equal(canonicalExpected, canonicalPipData);
}
}
