public void ValidatesUriConversion()
{
// First, we start with builders that only populate required properties that are backed by primitives.
IDictionary <Type, DefaultObjectPopulatingVisitor.PrimitiveValueBuilder> propertyValueBuilders =
DefaultObjectPopulatingVisitor.GetBuildersForRequiredPrimitives();
// This test injects a URI into every URI-based property in the format that is a file path with a space.
// This URI won't be properly percent-encoded unless our UriConverter was invoked during seriallization.
// This test therefore ensures that all URI's in the format are properly associated with that converter.
propertyValueBuilders[typeof(Uri)] = (isRequired) => { return(new Uri(@"c:\path with a space\file.txt")); };
ValidateDefaultDocument(propertyValueBuilders);
}
public void DefaultValuesDoNotSerialize()
{
Func <SarifLog, SarifLog> callback =
(sarifLog) =>
{
var visitor = new OverridePrimitiveArraysPopulatingVisitor();
return(visitor.VisitSarifLog(sarifLog));
};
ValidateDefaultDocument(
propertyValueBuilders: DefaultObjectPopulatingVisitor.GetBuildersForRequiredPrimitives(),
postPopulationCallback: callback);
}
private void ValidateDefaultDocument(IDictionary <Type, DefaultObjectPopulatingVisitor.PrimitiveValueBuilder> propertyValueBuilders, Func <SarifLog, SarifLog> postPopulationCallback = null)
{
var visitor = new DefaultObjectPopulatingVisitor(_schema, propertyValueBuilders);
var sarifLog = new SarifLog();
visitor.Visit(sarifLog);
sarifLog.Version = SarifVersion.Current;
sarifLog.InlineExternalProperties[0].Version = SarifVersion.Current;
if (postPopulationCallback != null)
{
sarifLog = postPopulationCallback(sarifLog);
}
string toValidate = JsonConvert.SerializeObject(sarifLog, Formatting.Indented);
var validator = new Validator(_schema);
// Guid here simply creates a verifiably non-existent file name. This name is only
// used in validation reporting, there's no code that attempts to access the file.
Result[] errors = validator.Validate(toValidate, Guid.NewGuid().ToString() + ".sarif");
var sb = new StringBuilder();
if (errors.Length > 0)
{
sb.AppendLine(FailureReason(errors));
}
sb.Length.Should().Be(0, sb.ToString());
SarifLog clonedLog = sarifLog.DeepClone();
clonedLog.ValueEquals(sarifLog).Should().BeTrue();
JObject jObjectSarifLog = JObject.Parse(toValidate);
// The following validations ensure NotYetAutoGenerated fields work as expected.
// see .src/sarif/NotYetAutoGenerated/ReportingConfiguration.cs (Rank property)
// see .src/sarif/NotYetAutoGenerated/Result.cs (Rank property)
bool isRankSerialized = RecursivePropertySearch(jObjectSarifLog, "rank");
isRankSerialized.Should().BeFalse();
// TODO: why does this line of code provoke a stack overflow exception?
// clonedLog.Should().BeEquivalentTo(sarifLog);
}
public void ValidateAllTheThings()
{
// First, we start with builders that only populate required properties that are backed by primitives.
IDictionary <Type, DefaultObjectPopulatingVisitor.PrimitiveValueBuilder> propertyValueBuilders =
DefaultObjectPopulatingVisitor.GetBuildersForAllPrimitives();
Func <SarifLog, SarifLog> callback =
(sarifLog) =>
{
var visitor = new OverridePrimitiveArraysPopulatingVisitor();
return(visitor.VisitSarifLog(sarifLog));
};
ValidateDefaultDocument(propertyValueBuilders, callback);
}
public void ValidateAllTheThings()
{
// First, we start with builders that only populate required properties that are backed by primitives.
IDictionary <Type, DefaultObjectPopulatingVisitor.PrimitiveValueBuilder> propertyValueBuilders =
DefaultObjectPopulatingVisitor.GetBuildersForAllPrimitives();
Func <SarifLog, SarifLog> callback =
(sarifLog) =>
{
sarifLog.Runs[0].Tool.Driver.DottedQuadFileVersion = "1.0.1.2";
sarifLog.Runs[0].Conversion.Tool.Driver.DottedQuadFileVersion = "2.7.1500.12";
return(sarifLog);
};
ValidateDefaultDocument(propertyValueBuilders, callback);
}
private void ValidateDefaultDocument(IDictionary <Type, DefaultObjectPopulatingVisitor.PrimitiveValueBuilder> propertyValueBuilders, Func <SarifLog, SarifLog> postPopulationCallback = null)
{
var visitor = new DefaultObjectPopulatingVisitor(_schema, propertyValueBuilders);
var sarifLog = new SarifLog();
visitor.Visit(sarifLog);
sarifLog.Version = SarifVersion.Current;
sarifLog.InlineExternalProperties[0].Version = SarifVersion.Current;
if (postPopulationCallback != null)
{
sarifLog = postPopulationCallback(sarifLog);
}
string toValidate = JsonConvert.SerializeObject(sarifLog);
var validator = new Validator(_schema);
// Guid here simply creates a verifiably non-existent file name. This name is only
// used in validation reporting, there's no code that attempts to access the file.
Result[] errors = validator.Validate(toValidate, Guid.NewGuid().ToString() + ".sarif");
var sb = new StringBuilder();
if (errors.Length > 0)
{
sb.AppendLine(FailureReason(errors));
}
sb.Length.Should().Be(0, sb.ToString());
SarifLog clonedLog = sarifLog.DeepClone();
clonedLog.ValueEquals(sarifLog).Should().BeTrue();
// TODO: why does this line of code provoke a stack overflow exception?
// clonedLog.Should().BeEquivalentTo(sarifLog);
}
public void DefaultValuesDoNotSerialize()
{
ValidateDefaultDocument(propertyValueBuilders: DefaultObjectPopulatingVisitor.GetBuildersForRequiredPrimitives());
}
