/// <summary>
/// Usefull to easily refactor old test code to new fluent api test code. Use this method, inline it (but keep its defintion), and polish
/// </summary>
internal static void TestStream(FragmentVerification fragment, Constraint dataFormat, Constraint length,
Constraint isFragmented, Constraint fragmentedContrainer, Constraint fragmentedIndex,
Constraint headerCount)
{
fragment.VerifyResultNode().HeaderCount(headerCount);
fragment.DataFormat(dataFormat).Length(length).Fragmented(isFragmented).Container(fragmentedContrainer).Index(fragmentedIndex);
}
/// <summary>
/// Usefull to easily refactor old test code to new fluent api test code. Use this method, inline it (but keep its defintion), and polish
/// </summary>
internal static void TestOneHeader(FragmentVerification fragment, Constraint name, Constraint offset, Constraint length)
{
var result = fragment.VerifyResultNode().HeaderCountEquals(1).VerifyChild(0);
result.Name(name).StartOffset(offset).Length(length);
}
/// <summary>
/// Usefull to easily refactor old test code to new fluent api test code. Use this method, inline it (but keep its defintion), and polish
/// </summary>
internal static void TestLastHeader(FragmentVerification fragment, Constraint name, Constraint offset, Constraint length)
{
var result = fragment.VerifyResultNode().Last();
result.Name(name).StartOffset(offset).Length(length);
}
