private double IsMatch(RequestMessage requestMessage)
{
return(MatchScores.ToScore(Methods.Contains(requestMessage.Method)));
}
private double IsMatch(IRequestMessage requestMessage)
{
return(MatchScores.ToScore(Methods.Contains(requestMessage.Method, StringComparer.OrdinalIgnoreCase)));
}
private double IsMatch(RequestMessage requestMessage)
{
// Check if the matcher is a IObjectMatcher
if (Matcher is IObjectMatcher objectMatcher)
{
// If the body is a JSON object, try to match.
if (requestMessage.BodyAsJson != null)
{
return(objectMatcher.IsMatch(requestMessage.BodyAsJson));
}
// If the body is a byte array, try to match.
if (requestMessage.BodyAsBytes != null)
{
return(objectMatcher.IsMatch(requestMessage.BodyAsBytes));
}
}
// Check if the matcher is a IStringMatcher
if (Matcher is IStringMatcher stringMatcher)
{
// If the body is a JSON object, try to use Body (string) to match.
if (requestMessage.BodyAsJson != null && requestMessage.Body != null)
{
return(stringMatcher.IsMatch(requestMessage.Body));
}
// If the string body is defined, try to match.
if (requestMessage.Body != null)
{
return(stringMatcher.IsMatch(requestMessage.Body));
}
// If the body is a byte array, attempt to convert it and match on that
if (requestMessage.BodyAsBytes != null)
{
try // to convert from the byte[] to a string
{
var input = Encoding.UTF8.GetString(requestMessage.BodyAsBytes);
return(stringMatcher.IsMatch(input));
}
catch
{
// just ignore the exception
}
}
}
if (Func != null)
{
return(MatchScores.ToScore(requestMessage.Body != null && Func(requestMessage.Body)));
}
if (DataFunc != null)
{
return(MatchScores.ToScore(requestMessage.BodyAsBytes != null && DataFunc(requestMessage.BodyAsBytes)));
}
if (JsonFunc != null)
{
return(MatchScores.ToScore(requestMessage.BodyAsJson != null && JsonFunc(requestMessage.BodyAsJson)));
}
return(MatchScores.Mismatch);
}