public async Task PassesIfEqual(
RegistrationLeafValidator validator,
PackageRegistrationIndexMetadata v2,
PackageRegistrationIndexMetadata v3)
{
await validator.CompareLeafAsync(ValidatorTestUtility.GetFakeValidationContext(), v2, v3);
}
public async Task FailsIfUnequal(
RegistrationLeafValidator validator,
PackageRegistrationIndexMetadata v2,
PackageRegistrationIndexMetadata v3)
{
await Assert.ThrowsAnyAsync <MetadataInconsistencyException>(
() => validator.CompareLeafAsync(ValidatorTestUtility.GetFakeValidationContext(), v2, v3));
}
public async Task SpecialCasesReturnAsExpected(
RegistrationLeafValidator validator,
PackageRegistrationIndexMetadata v2,
PackageRegistrationIndexMetadata v3,
bool shouldPass)
{
var compareTask = Task.Run(async() => await validator.CompareLeafAsync(ValidatorTestUtility.GetFakeValidationContext(), v2, v3));
if (shouldPass)
{
await compareTask;
}
else
{
await Assert.ThrowsAnyAsync <MetadataInconsistencyException>(
() => compareTask);
}
}
public async Task Skips(
RegistrationLeafValidator validator,
PackageRegistrationLeafMetadata v2,
PackageRegistrationLeafMetadata v3)
{
Assert.Equal(ShouldRunTestResult.No, await validator.ShouldRunLeafAsync(ValidatorTestUtility.GetFakeValidationContext(), v2, v3));
}
public async Task Runs(
RegistrationIndexValidator validator,
PackageRegistrationIndexMetadata v2,
PackageRegistrationIndexMetadata v3)
{
Assert.Equal(ShouldRunTestResult.Yes, await validator.ShouldRunIndexAsync(ValidatorTestUtility.GetFakeValidationContext(), v2, v3));
}