1. Discuss in words something you learned in class today or this week.
    The API project depends on both the Core and Data (Infrastructure) projects. Note that the Core does not depend on either of the others. It is the central piece of the overall solution. This may be somewhat counterintuitive because the Core needs to retrieve data. How can it not depend on the Data project?
  2. Explain MVC?
    Stands for “Model-View-Controller.” MVC is an application design model comprised of three interconnected parts. They include the model (data), the view (user interface), and the controller (processes that handle input).The MVC model or “pattern” is commonly used for developing modern user interfaces. It is provides the fundamental pieces for designing a programs for desktop or mobile, as well as web applications. It works well with object-oriented programming, since the different models, views, and controllers can be treated as objects and reused within an application.
  3. What is meant by Globalization and Localization?
    Globalization is the process of making a product multi-lingual. All language-related aspects of the program are separated from the code, and all aspects, which vary with target country, are handled in a country-independent way.
    Localization is the process of adapting a global product for a particular language and country. Localization includes translations and other conversion, and takes into account local practices and culture, providing a product, which is comfortable to use in the target country.
  4. Explain the different parts of an Assembly.
    Each assembly has a four-part name that uniquely identifies it. This four-part name consists of the friendly name, culture, developer, and version of the component. These names are stored in the assembly manifest of the assembly itself as well as all assemblies that reference it. The CLR uses the four-part assembly name to find the correct component at load time. The CLR provides programmatic access to assembly names via the System.Reflection.AssemblyName type, which is easily accessed via the System.Reflection.Assembly.GetName method.
  5. What is an Assembly? What are the different types of Assemblies?
    In the Microsoft .NET framework, an assembly is a partially compiled code library for use in deployment, versioning and security. There are two types: process assemblies (EXE) and library assemblies (DLL). A process assembly represents a process which will use classes defined in library assemblies. .NET assemblies contain code in CIL, which is usually generated from a CLI language, and then compiled into machine language at runtime by the CLR just-in-time compiler. An assembly can consist of one or more files. Code files are called modules. An assembly can contain more than one code module and since it is possible to use different languages to create code modules it is technically possible to use several different languages to create an assembly. Visual Studio however does not support using different languages in one assembly.
  6. In relation to Entity Framework (EF) What is T4 Templates?
    T4 templates in entity framework are used to generate C# or VB entity classes from EDMX files. Visual Studio 2013 or 2012 provides two templates- EntityObject Generator and DBContext Generator for creating C# or VB entity classes. The additional templates are also available for download.
  7. What is a POCO Entity?
    A Plain Old CLR Objects (POCO) is a class, which doesn’t depend on any framework-specific base class. It is like any other normal .NET class. Due to this, they are called Plain Old CLR Objects. These POCO entities (also known as persistence-ignorant objects) support most of the same LINQ queries as Entity Object derived entities. These classes (POCO classes) implements only the domain business logic of the Application.
  8. What is the difference between ObjectContext and DbContext in relation to EF?
    ObjectContext is a class that manages all the database operations, like database connection, and manages various entities of the Entity Model. We can say that ObjectContext is the primary class for accessing or working together with entities that are defined in the conceptual model.
    DbContext is conceptually similar to ObjectContext. DbContext is nothing but a ObjectContext wrapper, we can say it is a lightweight alternative to the ObjectContext. DbContext can be used for DataBase first, code first and model first development. DbContext mainly contains a set of APIs that are very easy to use. The API is exposed by ObjectContext. These APIs also allow us to use a Code First approach that ObjectContext does not allow.

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