Syringe was developed to be a lightweight service container and dependency injection library designed for use with ASP.NET MVC2.
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Syringe includes all the features you expect from a dependency injection container like intercepting service requests, lazily instantiating singletons, and automatically binding them to controllers or other classes. Without further ado, here is the syntax: public static class MyService { public static ServiceRequest Intercept(HttpContextBase context) { // TODO: make this more robust ServiceRequest request = null; if (context.HttpContext.User.Identity.IsAuthenticated) request = (ServiceRequest)SecurityContext.Current.GetService(typeof(ServiceRequest)); return request; } } public class ServiceRequest { public string Name { get; set; } public DateTime Date { get; set; } public int Code { get; set; } } Usage // Constructor injection var service = new MyService() { Name = “Foo” }; // Property injection var service = new MyService() { Name = “Foo”, Date = DateTime.Today, Code = 42 }; // Lazy injection var service = new MyService() { Name = “Foo” }; // Singleton var service = new MyService(); And here are a few uses: Lazy initialization (using the “ServiceRequest” class) Mocking an ASP.NET MVC Controller (using the “ServiceRequest” class) A: There is a brief introduction to using an Inversion of Control (IoC) container in Scott Gu’s blog post on.NET MVC 3 Dependency Injection. Q: Why does my first loop wait until the second loop is finished before proceeding? int main(int argc, const char * argv[]) { QApplication a(argc, argv); QLabel *label = new QLabel; label->setText(“this is me”);
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keymacro is a lightweight dependency injection library for ASP.NET MVC2 that allows you to easily inject dependencies into MVC actions using attributes. It’s based on the excellent article by Stephen Walther in which the following code is shown: 1 private IMessageService { get { if (m_Service == null) { m_Service = DependencyFactory.Resolve(); } return m_Service; } set; } This allows you to inject dependencies using a simple attribute 2 [KeyMacro] public class MyController : Controller { [KeyMacro(typeof(IMessageService))] public class MyController : Controller { … } Using that attribute you inject the service object into the controller. After using the injector, the service object is immediately available to all instance members and property setters of the controller. This means that it’s really easy to inject dependencies in any class or any action method of an MVC controller. Keymacro also makes it possible to create actions with non-static parameters as shown in Example 1 3 [KeyMacro(typeof(IMessageService))] public class MyController : Controller { [KeyMacro(typeof(IMessageService))] public class MyController : Controller { [KeyMacro] public class MyController : Controller { … } } Here the non-static parameter is injected into the constructor of the action method. This is especially important if you want to inject dependencies that use user input as an argument as shown in Example 2 Example 2 4 [KeyMacro(typeof(IMessageService))] public class MyController : Controller { [KeyMacro(typeof(IMessageService))] public class MyController : Controller { [KeyMacro(typeof(IMessageService))] public class MyController : Controller { … } } Here the non-static parameter is injected into the constructor of the action method. Please note that KEYMACRO has been developed using the Razor syntax shown in Example 1 Example 2 Example 3 Keymacro is not only a dependency injection library but also a controller base class. It allows you to get access to the current controller context and it also supports the following features 2edc1e01e8
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Syringe is a dependency injection framework that works with.NET 4.0. It supports multi-targeting (application, web, winforms, console, mono, etc), so you can use it with ASP.NET MVC2, ASP.NET MVC3, Console, Winforms and other projects. It has a simple, intuitive and powerful API for injecting objects into any application. Syringe is a much smaller and faster dependency injection framework. It is about two times smaller and two times faster than Ninject. Since it is built on top of.NET 4, it is fully integrated and leverages the new garbage collector. Syringe has been recently improved to support the recently introduced Dependency Injection in.NET 4.0. Syringe fully supports type names that contain characters that are not allowed in regular identifiers (and that are often also used in other frameworks), such as underscores. Syringe fully supports and recommends the IDictionary interface as a replacement for the Dictionary class, and the Dictionary interface as a replacement for the Dictionary class. Syringe uses its own approach to resolving to objects (instead of using reflection). This makes the resolution more secure, because you don’t have to worry about invalid casts. Syringe uses its own approach to validate the parameters to the constructor. This makes it more secure than using a parameter validation library, because you don’t have to worry about invalid casts. Syringe supports many configuration options and defaults for most common objects. It makes it easy to use dependency injection with it, while not breaking the configuration. For example, by default, it supports setting the default parameters for constructor, and setting defaults for most common objects. Syringe is a small and fast dependency injection framework. It uses less than 10KB (closing in on 3KB), and supports all platforms (console, winforms, ASP.NET, ASP.NET MVC and more), so it can be used in all kind of projects. Syringe has a full set of unit tests, so you can be sure that it doesn’t break in the future. Syringe includes the most common “on demand” extensions. Syringe is self-describing. Syringe’s API is very simple, so it is easy to use for new developers. Syringe has an “inject the whole tree” feature that is very useful for testing. Syringe is extremely easy to configure, even for new developers.
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Syringe is a lightweight dependency injection library for ASP.NET MVC2. You can inject dependencies into controllers, views, and models using a fluent interface. You can then rely on those dependencies to be created and destroyed at the time they are needed. Supported by: Syringe is a dependency injection library for ASP.NET MVC2 that requires no configuration or code generation. It can be used without recompiling your application. Syringe can work with any version of ASP.NET MVC2, including MVC3. Currently, support for dependency injection is only for controllers, models, and views. However, it is possible to inject dependencies into a controller or a model using the fluent interface. Syringe is released under the MIT license. This is a wiki to share the Syringe code. References Category:Dependency injectionPublicidade A ABATEC, Associação Brasileira dos Editores de Revistas Científicas, divulgou um extenso documento com mais de quatrocentas páginas de argumentos críticos ao livro “Embaixador dos Mortos”, escrito pelo polêmico e conhecido cientista molecular Richard Dawkins. A ABATEC informou ao site especializado Quem (antes de se tornar um dos principais veículos do combate ao debate evolucionista), nesta sexta-feira (15), que vem publicando um “manifesto de defesa da ciência”. As críticas do documento ao livro de Dawkins, “Embaixador dos Mortos”, se referem ao estilo retórico, à falta de escrutínio da ciência, à desinformação e à qualificação de fãs da pseudociência, entre outros. O texto diz ainda que a sociedade ainda está confusa em relação ao livro de Dawkins, mas desconhece que ele se coloca como elo entre o campo da pseudociência e o da evolução de seus adeptos. “Os muitos títulos de seus livros (sobre, por exemplo, “O refúgio da hipótese de Drake e outros confusos temas”, “Eu sou um preso da minha própria teoria” e “Evolução, genética e religião”, “A ciência de onde começaram os
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