public static void ProcessAssemblies(ScannerConfiguration configuration)
{
foreach (var instrumentationSet in configuration.InstrumentationSets)
{
// load the instrumentation.xml and create InstrumentationModel
var instrumentationModel = ReadInstrumentationFile(instrumentationSet);
// nuget assemblies
var downloadedNugetInfoList = GetNugetAssemblies(instrumentationSet, instrumentationModel.UniqueAssemblies);
foreach (var downloadedNugetInfo in downloadedNugetInfoList)
{
foreach (var intrumentedDllFileLocation in downloadedNugetInfo.InstrumentedDllFileLocations)
{
// Builds a model from the files
Console.WriteLine($"Starting scan of '{intrumentedDllFileLocation}'");
var assemblyAnalyzer = new AssemblyAnalyzer();
var assemblyAnalysis = assemblyAnalyzer.RunAssemblyAnalysis(intrumentedDllFileLocation);
var instrumentationValidator = new InstrumentationValidator(assemblyAnalysis);
// just some debugging writes
Console.WriteLine($"Found {assemblyAnalysis.ClassesCount} classes");
Console.WriteLine("Scan complete");
var targetFramework = Path.GetFileName(Path.GetDirectoryName(intrumentedDllFileLocation));
// run the validation
var report = instrumentationValidator.CheckInstrumentation(instrumentationModel, instrumentationSet.Name, targetFramework, downloadedNugetInfo.PackageVersion, downloadedNugetInfo.PackageName);
_instrumentationReports.Add(report);
}
}
}
}
public static void ProcessAssemblies(ScannerConfiguration configuration)
{
foreach (var instrumentationSet in configuration.InstrumentationSets)
{
// TODO: deal with duplicate assembly names
// load the instrumentation.xml and create InstrumentationModel
var instrumentationModel = ReadInstrumentationFile(instrumentationSet);
List <string> dllFileLocations = new List <string>();
// nuget assemblies
var nugetDllFileLocations = GetNugetAssemblies(instrumentationSet, instrumentationModel.UniqueAssemblies);
if (nugetDllFileLocations != null)
{
dllFileLocations.AddRange(nugetDllFileLocations);
}
// local assemblies
var localDllFileLocations = GetLocalAssemblies(instrumentationSet);
if (localDllFileLocations != null)
{
dllFileLocations.AddRange(localDllFileLocations);
}
var dllFileNames = dllFileLocations.ToArray();
// Builds a model from the files
Console.WriteLine($"Starting scan of '{string.Join(',', dllFileNames)}'");
var assemblyAnalyzer = new AssemblyAnalyzer();
var assemblyAnalysis = assemblyAnalyzer.RunAssemblyAnalysis(dllFileNames);
var instrumentationValidator = new InstrumentationValidator(assemblyAnalysis);
// just some debugging writes
Console.WriteLine($"Found {assemblyAnalysis.ClassesCount} classes");
Console.WriteLine("Scan complete");
// run the validation
var report = instrumentationValidator.CheckInstrumentation(instrumentationModel, instrumentationSet.Name);
_instrumentationReports.Add(report);
}
}
public static void Main(string[] args)
{
if (args.Length != 1 || string.IsNullOrWhiteSpace(args[0]))
{
Console.WriteLine("ERROR Missing argument: Must supply path to configuration file.");
return;
}
var configFilePath = args[0];
if (!File.Exists(configFilePath))
{
Console.WriteLine("ERROR File not found: Provide path was incorrect or file missing.");
return;
}
// deserialize configuration from .yml
var configuration = ScannerConfiguration.GetScannerConfiguration(configFilePath);
ProcessAssemblies(configuration);
PrintReport();
}