public GenBinPath(StObjEngineRunContext global,
StObjCollectorResult result,
RunningBinPathGroup group)
{
Debug.Assert(!result.HasFatalError);
_global = global;
Result = result;
ConfigurationGroup = group;
Memory = new Dictionary <object, object?>();
ServiceContainer = new SimpleServiceContainer(_global.ServiceContainer);
ServiceContainer.Add(result.DynamicAssembly.GetPocoSupportResult());
}
StObjCollectorResult?SafeBuildStObj(RunningBinPathGroup group)
{
Debug.Assert(_startContext != null, "Work started.");
bool hasError = false;
using (_monitor.OnError(() => hasError = true))
{
StObjCollectorResult result;
var configurator = _startContext.Configurator.FirstLayer;
// When head.IsUnifiedPure the type filter keeps only the IPoco and IRealObject.
var typeFilter = new TypeFilterFromConfiguration(group, configurator);
StObjCollector stObjC = new StObjCollector(_monitor,
_startContext.ServiceContainer,
_config.Configuration.TraceDependencySorterInput,
_config.Configuration.TraceDependencySorterOutput,
typeFilter,
configurator,
configurator,
group.SimilarConfigurations.Select(b => b.Name !));
stObjC.RevertOrderingNames = _config.Configuration.RevertOrderingNames;
using (_monitor.OpenInfo(group.IsUnifiedPure ? "Registering only IPoco and IRealObjects (Purely Unified BinPath).": "Registering types."))
{
// First handles the explicit kind of Types.
// These are services: we don't care.
if (!group.IsUnifiedPure)
{
foreach (var c in group.Configuration.Types)
{
// When c.Kind is None, !Optional is challenged.
// The Type is always resolved.
stObjC.SetAutoServiceKind(c.Name, c.Kind, c.Optional);
}
}
// Then registers the types from the assemblies.
stObjC.RegisterAssemblyTypes(group.Configuration.Assemblies);
// Explicitly registers the non optional Types.
if (!group.IsUnifiedPure)
{
stObjC.RegisterTypes(group.Configuration.Types.Where(c => c.Optional == false).Select(c => c.Name).ToList());
}
// Finally, registers the code based explicitly registered types.
foreach (var t in _startContext.ExplicitRegisteredTypes)
{
stObjC.RegisterType(t);
}
Debug.Assert(stObjC.RegisteringFatalOrErrorCount == 0 || hasError, "stObjC.RegisteringFatalOrErrorCount > 0 ==> An error has been logged.");
}
if (stObjC.RegisteringFatalOrErrorCount == 0)
{
using (_monitor.OpenInfo("Resolving Real Objects & AutoService dependency graph."))
{
result = stObjC.GetResult();
Debug.Assert(!result.HasFatalError || hasError, "result.HasFatalError ==> An error has been logged.");
}
if (!result.HasFatalError)
{
return(result);
}
}
}
return(null);
}
public StObjCollectorResult?GetResult(RunningBinPathGroup g) => _result;
public TypeFilterFromConfiguration(RunningBinPathGroup g, StObjConfigurationLayer?firstLayer)
{
_excludedTypes = g.Configuration.ExcludedTypes;
_firstLayer = firstLayer;
_isUnifiedPure = g.IsUnifiedPure;
}
internal void AddResult(RunningBinPathGroup g, StObjCollectorResult secondaryResult)
{
_binPaths.Add(new GenBinPath(this, secondaryResult, g));
}