private async Task AnalyzeAndPersistAsync(string productName, string version, IEnumerable <DbFeature> features, IEnumerable <AnalysisReport> reports)
{
// Collect the Wheresteps of the feature for easy access
var featureStepMaps =
from feature in features
select new
{
Feature = feature,
WhereSteps = feature.Scenarios.SelectMany(scenario =>
scenario.Steps.Where(step => step.StepKeyword == StepKeyword.When).Select(step => step.Content)).ToList()
};
var activeInvocations = new List <DbInvocation>();
// Remove any old invocations in these features
foreach (var feature in features)
{
feature.DirectInvocationSignatures = new List <string>();
}
var invocationsToPostProcess = new List <(DbInvocation dbInvocation, Invocation invocationToFlatten)>();
// Determine the possible entrypoints
foreach (var invocation in reports.SelectMany(report => report.RootInvocations).Where(ri => ri.RegularExpressions?.Length > 0))
{
// Collect the features which perform this invocation
var invokingFeatures = new List <DbFeature>();
foreach (var expression in invocation.RegularExpressions)
{
invokingFeatures.AddRange(
featureStepMaps.Where(map => map.WhereSteps.Any(step => Regex.IsMatch(step, expression)))
.Select(map => map.Feature));
}
// Only process this invocation if it is actually used
if (invokingFeatures.Any())
{
// Update the features
var localInvocations = GetHighestLocalInvocations(invocation).ToList();
var localInvocationSignatures = localInvocations.SelectMany(i =>
{
List <string> invocations = new List <string>();
invocations.Add(i.Signature);
// Add the interface definitions, if available
if (i.InterfaceDefinitions != null)
{
invocations.AddRange(i.InterfaceDefinitions);
}
return(invocations);
}).ToList();
invokingFeatures.ForEach(feature => feature.DirectInvocationSignatures.AddRange(localInvocationSignatures));
// Prepare the invocation for storage
activeInvocations.AddRange(localInvocations.SelectMany(i =>
{
List <DbInvocation> dbInvocations = new List <DbInvocation>();
// Add the current invocation
var dbInvocation = new DbInvocation()
{
Signature = i.Signature
};
dbInvocations.Add(dbInvocation);
invocationsToPostProcess.Add((dbInvocation, i));
// Add a copy for each interface definition
if (i.InterfaceDefinitions != null)
{
var dbis = i.InterfaceDefinitions.Select(definition =>
new DbInvocation()
{
Signature = definition
}
).ToList();
dbInvocations.AddRange(dbis);
dbis.ForEach(dbi => invocationsToPostProcess.Add((dbi, i)));
}
return(dbInvocations);
}));
}
}
var strippedDbInvocations = activeInvocations.Select(ai => ai.Signature).ToList();
// Flatten the invocations
foreach (var invocation in invocationsToPostProcess)
{
invocation.dbInvocation.InvokedSignatures = FlattenUntilAMatchIsFound(invocation.invocationToFlatten, strippedDbInvocations);
}
// Make sure we only save unique signatures
foreach (var feature in features)
{
feature.DirectInvocationSignatures = new List <string>(feature.DirectInvocationSignatures.Distinct());
}
// Persist the features
await _featureManager.PersistDbFeatures(features);
// Persist the activeInvocations
await _analysisReportManager.PersistDbInvocationsAsync(productName, version, activeInvocations.GroupBy(i => i.Signature).Select(g => g.First()));
}