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The developers of NMock describe it as a dynamic mock-object library for NET So what is a mock object, and what makes it dynamic To understand what a mock object is, you need to understand its purpose and what it does A mock object s purpose is to solve a problem that arises when you start to develop any application that has a sizable amount of scope and/or complexity You will find that you need to break up the solution for building the application into small pieces This helps to simplify the development of the application and to make it easier to focus on various aspects of the application, without getting bogged down in the details of other areas of the application.

# Bottom right corner glTexCoord2f(1, 0) glVertex3f(100, -100, 0) # Bottom left corner glTexCoord2f(0, 0) glVertex3f(-100, -100, 0) glEnd()

In the simplest case, you can place a module in a namespace by using a module name with dots in it. The module and namespace names will be the same. You can also explicitly define a namespace for a module with the namespace directive. For example, look at this code: module Strangelights.Beginning.ModuleDemo You could replace the preceding code with this to get the same result: namespace Strangelights.Beginning module ModuleDemo This might not be too useful for modules, but as noted in the previous section, submodules names cannot contain dots, so you use the namespace directive to place submodules within a namespace, as in this example: // put the file in a name space namespace Strangelights.Beginning // create a first module module FirstModule = let n = 1

However, it may become difficult to create tests for the portion of the application that you are focusing on because of dependencies with resources that are either internal or external to your application Internal resources are those other areas of the application that are not currently the focus External resources are resources that are not readily available, such as databases, legacy applications, hardware, or new systems that are still in development One approach is to use stub code within your application that will act as a buffer between this portion of the application and the other resource In object-oriented terms, this is often referred to as mediation These objects that you create mediate to and from these other resources While the stub code can be written in such a way to provide this layer of mediation, the stubs themselves are not intended to assist testing.

// create a second module module SecondModule = let n = 2 // create a third module // nested inside the second module ThirdModule = let n = 3 After you compile this code to the outside world, the first instance of n will be accessible using the identifier Strangelights.Beginning.FirstModule.n rather than just FirstModule.n. It s also possible to place several namespace declarations in the same source file, but you must declare them at the top level. In the previous example, this means you could have declared FirstModule and SecondModule in separate namespaces. You cannot declare SecondModule and ThirdModule in separate namespaces; because ThirdModule is nested inside SecondModule, you can t declare a separate namespace for ThirdModule. It s possible to define a namespace without also using a module directive, but then the namespace can contain only type definitions, as in this example: // a namespace definition namespace Strangelights.Beginning // a record defintion type MyRecord = { Field: string } The following example will not compile because you can t place a value definition directly into a namespace without explicitly defining a module or submodule within the namespace: // a namespace definition namespace Strangelights.Beginning // a value defintion, which is illegal // directly inside a namespace let value = "val" In fact, the namespace directive has some interesting and subtle effects on what your code looks like to other languages; you can learn more about this in 13.

Each texture uses up video memory, which is a limited resource. When you have finished with a texture (switching levels, exiting the game, etc.), you should delete it with a call to glDeleteTextures, to free up its video memory. This function takes the id you want to delete, or a list of ids. Once the texture has been deleted, it is an error to bind it again, so you should discard the id value. The following line deletes a single textured ID called texture_id: glDeleteTextures(texture_id)