/// <summary>
/// Same as Bind<typeparamref name="T"/>() method, however the registered object resolution will be executed at runtime (i.e. upon the object's request from the context).
/// </summary>
/// <typeparam name="T"></typeparam>
/// <param name="isStatic">if set to <c>true</c> [is static].</param>
/// <returns></returns>
public static ICanBindInterface <T> Bind <T>(bool isStatic)
{
var parser = new ConditionalBindingDefinitionParser(typeof(T), isStatic);
FluentStaticConfiguration.RegisterObjectConfiguration(parser);
return(new ConditionalBinder <T>(parser));
}
//public static ICanConfigureCreatedObject<T> RegisterByExpression<T>(Expression<Func<IObjectRegistry, T>> objectCreation)
//{
// return RegisterByExpression<T>(objectCreation, typeof (T).FullName);
//}
//public static ICanConfigureCreatedObject<T> RegisterByExpression<T>(Expression<Func<IObjectRegistry, T>> objectCreation, string identifierName)
//{
// ICanContainConfiguration configurationParser = FluentStaticConfiguration.GetConfigurationParser(identifierName);
// if (configurationParser == null)
// {
// configurationParser = new LambdaObjectDefinitionExpressionParser<T>(identifierName);
// }
// var objectBinder = new ConstructorObjectExpressionBinder<T>((LambdaObjectDefinitionExpressionParser<T>)configurationParser);
// objectBinder.AddConstructorDelegate(objectCreation);
// FluentStaticConfiguration.RegisterObjectConfiguration(configurationParser);
// return objectBinder;
//}
public static ICanFilterType RegisterConvention()
{
ConventionConfigurationParser conventionConfigurationParser = new ConventionConfigurationParser();
FluentStaticConfiguration.RegisterConvention(conventionConfigurationParser);
return(new TypeFilterBinder(conventionConfigurationParser));
}
public static ICanConfigureObject <T> Register <T>(string identifierName) where T : class
{
ICanContainConfiguration configurationParser = FluentStaticConfiguration.GetConfigurationParser(identifierName);
if (configurationParser == null)
{
configurationParser = new ObjectDefinitionParser(typeof(T), identifierName);
}
var objectBinder = new ObjectBinder <T>((ObjectDefinitionParser)configurationParser);
FluentStaticConfiguration.RegisterObjectConfiguration(configurationParser);
return(objectBinder);
}
public static ICanConfigureCreatedObject <T> Register <T>(Func <IApplicationContext, T> objectCreation, string identifierName)
{
ICanContainConfiguration configurationParser = FluentStaticConfiguration.GetConfigurationParser(identifierName);
if (configurationParser == null)
{
configurationParser = new ConstructorObjectDefinitionParser <T>(identifierName);
}
var objectBinder = new ConstructorObjectBinder <T>((ConstructorObjectDefinitionParser <T>)configurationParser);
objectBinder.AddConstructorDelegate(objectCreation);
FluentStaticConfiguration.RegisterObjectConfiguration(configurationParser);
return(objectBinder);
}
public static void Clear()
{
FluentStaticConfiguration.Clear();
ConditionalBindingDefinitionParser.Clear();
}
/// <summary>
/// Scans the specified assemblies for any class which has fluent configuration.
/// A class implementing ICanConfigureApplicationContext interface will be created and the Configure() method call.
/// </summary>
/// <param name="assemblies">The assemblies.</param>
public static void Scan(Func <IEnumerable <Assembly> > assemblies)
{
FluentStaticConfiguration.RegisterAssembliesToScan(assemblies);
}
protected override void LoadObjectDefinitions(DefaultListableObjectFactory objectFactory)
{
FluentStaticConfiguration.LoadConfiguration(objectFactory);
base.LoadObjectDefinitions(objectFactory);
}
