/// <summary> Run library initialization logic. </summary>
public static CompositionRoot Run()
{
const string fatalCategoryName = "Fatal";
// create default container which should not be exposed outside to avoid Service Locator pattern.
var container = new Container();
// create trace to log important messages
var trace = new UnityLogTrace();
// utymap requires some files/directories to be precreated.
InstallationApi.EnsureFileHierarchy(trace);
// setup RX configuration.
UnityScheduler.SetDefaultForUnity();
// subscribe to unhandled exceptions in RX
MainThreadDispatcher.RegisterUnhandledExceptionCallback(ex => trace.Error(fatalCategoryName, ex, "Unhandled exception"));
try
{
var compositionRoot = BuildCompositionRoot(container, trace);
SubscribeOnMapData(compositionRoot, trace);
return(compositionRoot);
}
catch (Exception ex)
{
trace.Error(fatalCategoryName, ex, "Cannot setup object graph.");
throw;
}
}
/// <summary> Run library initialization logic. </summary>
public static CompositionRoot Run(Action <IContainer, IConfigSection> action)
{
const string fatalCategoryName = "Fatal";
// create trace for logging and set its level
var trace = new UnityLogTrace();
trace.Level = DefaultTrace.TraceLevel.Debug;
// utymap requires some files/directories to be precreated.
InstallationApi.EnsureFileHierarchy(trace);
// setup RX configuration.
UnityScheduler.SetDefaultForUnity();
// subscribe to unhandled exceptions in RX
MainThreadDispatcher.RegisterUnhandledExceptionCallback(ex => trace.Error(fatalCategoryName, ex, "Unhandled exception"));
try
{
var compositionRoot = BuildCompositionRoot(action, trace);
SubscribeOnMapData(compositionRoot, trace);
return(compositionRoot);
}
catch (Exception ex)
{
trace.Error(fatalCategoryName, ex, "Cannot setup object graph.");
throw;
}
}