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aving looked at how types are defined in the common language runtime and ILAsm, let s proceed to the question of how these types and their derivatives are assigned to program items fields, variables, methods, and so on. The constructs defining the types of program items are known as the signatures of these items. Signatures are built from encoded references to various classes and value types; I ll discuss signatures in detail in this chapter. But before we start analyzing the signatures of program items, let s consider the building blocks of these signatures.

gpioPort.ModesAllowed = GpioPortMode.InputOutputPort; gpioPort.ModesExpected = GpioPortMode.InputOutputPort; RegisterComponent(gpioPort); ComPortToPhysicalPcSerialPort comPort = new ComPortToPhysicalPcSerialPort(); comPort.ComPortHandle = new ComPortHandle(TransportType.Usart, 1); comPort.Baudrate = 9600; comPort.PhysicalPortName = "COM3"; RegisterComponent(comPort); MemoryManager memoryManager = new MemoryManager(); memoryManager.ComponentId = "myMemManager"; RamManager ramManager = new RamManager(); ramManager.ComponentId = "myRamManager"; ramManager.Size = uint.Parse("200000", NumberStyles.HexNumber); memoryManager.RamManager = ramManager; RegisterComponent(memoryManager); base.SetupComponent(); } } } You can see that, with the XML configuration, the superordinate elements refer to the respective type declarations and the subelements correspond to the public properties of the components. All components in a configuration file are loaded, configured, and registered when the emulator starts up. These components can be used in the same way as the components created by program code. Configuration files offer a central place to describe the components of a system. Certain components can be easily replaced, or an emulator can behave differently with various configuration files, whereby each configuration can represent for example another stock keeping unit (SKU) of the hardware. Properties such as processor speed, memory capacity and layout, pin configuration, and so on can be easily changed without having several different emulator assemblies and without needing to recompile the emulator each time.

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All types have to be defined somewhere. The Microsoft .NET Framework class library defines hundreds of types, and other assemblies build their own types based on the types defined in the class library. Some of the types defined in the class library are recognized by the common language runtime as primitive types and are given special encoding in the signatures. This is done only for the sake of performance theoretically, the signatures could have been built from type tokens only, given that every type is defined somewhere and hence has a token. But resolving all these tokens simply to find that they reference trivial items such as a 4-byte integer or a Boolean value can hardly be considered a sensible way to work at the run time.

We will construct a deployment script for a fresh database deployment and also a script to handle incremental deployment. First, let us quickly review the standard web deployment script we have previously used: < xml version="1.0" encoding="utf-8" > <project name="Etomic.ShareTransformer" default="help"> <description> Deploy file for the Etomic.Transformer.Web application </description> <property <property <property <property name="nant.onfailure" value="fail"/> name="company.name" value="Etomic"/> name="solution.name" value="${company.name}.ShareTransformer"/> name="core.publish"

An XML file consists of two sections (see Listing 12-6). First, there is the Types section, which contains information to resolve types (the fully qualified type name and, optionally, an assembly name). In the EmulatorComponents section, the emulator components are listed and described.

The term primitive data types refers to the types defined in the .NET Framework class library that are given specific individual type codes to be used in signatures. Because all these types are defined in the assembly Mscorlib and all belong to the namespace System, I have omitted the prefix [mscorlib]System when supplying the class library type name for a type. The individual type codes are defined in the enumeration CorElementType in the header file CorHdr.h. The names of all these codes begin with ELEMENT_TYPE_, which I have either omitted in this chapter or abbreviated as E_T_.

value="http://localhost/ccnet/files/${solution.name}"/> <property name="core.deploy" value="D:\dotNetDelivery\TempDeploy"/> <property name="core.environment" value="D:\dotNetDeliveryWebs\${solution.name}"/> <loadtasks assembly="D:\dotNetDelivery\Tools\NAntContrib\0.85rc2\ bin\NAnt.Contrib.Tasks.dll" /> <target name="go" depends="selectversion, get, createenvironments, position, database, configure, notify"/> <target name="selectversion" description="Selects the version of the system."> <if test="${debug}"> <property name="sys.version" value="0.0.0.0"/> </if> </target> <target name="get" description="Grab the correct assets."> <delete dir="${core.deploy}\" failonerror="false"/> <mkdir dir="${core.deploy}\${sys.version}\"/> <get src="${core.publish}/${solution.name}-Build-${sys.version}.zip" dest="${core.deploy}\${solution.name}-Build-${sys.version}.zip" /> <unzip zipfile="${core.deploy}\${solution.name}-Build-${sys.version}.zip" todir="${core.deploy}\${sys.version}\"/> </target> <target name="createenvironments" description="Create the environments required"> <mkdir dir="${core.environment}\${sys.version}\" failonerror="false"/> <mkiisdir dirpath="${core.environment}\${sys.version}\" vdirname="${solution.name}-${sys.version}"/> </target> <target name="position" description="Place required assets"> <copy todir="${core.environment}\${sys.version}\"> <fileset basedir="${core.deploy}\${sys.version}"> <include name="**"/> </fileset> </copy> </target>

Table 8-1 describes primitive data types and their respective ILAsm notation. Table 8-1. Primitive Data Types Defined in the Runtime

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