private static void Identify(string path, string stdin)
{
var results = DnaShell.Identify(path, stdin);
var candidates = Rank.Top(results, "", 10, new Criteria()
{
MinMarkerScore = 0.90,
MinDistance = .99,
MinCallScore = .90
});
var items = candidates.First().Value;
foreach (var candidate in items)
{
Console.WriteLine("{0} {1} Distance {2} ", candidate.Api, candidate.Version, candidate.Distance);
}
// because only looking at 1 top candidate, can flatten entire list.
//var apiVersionList = Rank.Usage(candidates.SelectMany(c => c.Value).ToList());
//foreach (var apiVersion in apiVersionList)
//{
// Console.WriteLine(apiVersion.SummaryReport());
//}
}
private static void Detect(string jsLib, string traceFileOrDirectory)
{
if (Directory.Exists(traceFileOrDirectory))
{
foreach (var trace in Directory.EnumerateFiles(traceFileOrDirectory, "*.json"))
{
DnaShell.Detect(jsLib, trace);
}
}
}
private static void Demo(string apiPath, string traceFileDir)
{
foreach (var traceFile in Directory.GetFiles(traceFileDir))
{
Console.WriteLine(traceFile);
var results = DnaShell.DetectApi(apiPath, traceFile);
var candidates = Rank.Top(results, apiPath, 1, new Criteria()
{
MinMarkerScore = 0.90,
MinDistance = .99,
MinCallScore = .90
});
Console.WriteLine(string.Format("Scanned {0} scripts.", candidates.Count));
// because only looking at 1 top candidate, can flatten entire list.
var apiVersionList = Rank.Usage(candidates.SelectMany(c => c.Value).ToList());
foreach (var apiVersion in apiVersionList)
{
Console.WriteLine(apiVersion.SummaryReport());
}
}
}
// TODO Metric -- inclusive, exclusion (calls/markers)
// TODO Json output.
private static void Sequence(string apisRootDirectory)
{
DnaShell.SequenceApis(apisRootDirectory);
}