public ProxyGeneratorBuildResult Build(
Type proxyInterfaceType,
IEnumerable <InterfaceDescription> interfaceDescriptions)
{
// create the context to build the proxy
var context = new CodeBuilderContext(
assemblyName: this.CodeBuilder.Names.GetProxyAssemblyName(proxyInterfaceType),
assemblyNamespace: this.CodeBuilder.Names.GetProxyAssemblyNamespace(proxyInterfaceType),
enableDebugging: CodeBuilderAttribute.IsDebuggingEnabled(proxyInterfaceType));
var result = new ProxyGeneratorBuildResult(context);
// ensure that method data types are built for each of the remote interfaces
var methodBodyTypesResultsMap = interfaceDescriptions.ToDictionary(
d => d,
d => this.CodeBuilder.GetOrBuildMethodBodyTypes(d.InterfaceType));
// build the proxy class that implements all of the interfaces explicitly
result.ProxyType = this.BuildProxyType(context, proxyInterfaceType, methodBodyTypesResultsMap);
// build the activator type to create instances of the proxy
result.ProxyActivatorType = this.BuildProxyActivatorType(context, proxyInterfaceType, result.ProxyType);
// build the proxy generator
result.ProxyGenerator = this.CreateProxyGenerator(proxyInterfaceType, methodBodyTypesResultsMap, result.ProxyActivatorType);
context.Complete();
return(result);
}
public MethodBodyTypesBuildResult Build(InterfaceDescription interfaceDescription)
{
var context = new CodeBuilderContext(
assemblyName: this.CodeBuilder.Names.GetMethodBodyTypesAssemblyName(interfaceDescription.InterfaceType),
assemblyNamespace: this.CodeBuilder.Names.GetMethodBodyTypesAssemblyNamespace(interfaceDescription.InterfaceType),
enableDebugging: CodeBuilderAttribute.IsDebuggingEnabled(interfaceDescription.InterfaceType));
var result = new MethodBodyTypesBuildResult(context)
{
MethodBodyTypesMap = new Dictionary <string, MethodBodyTypes>()
};
foreach (var method in interfaceDescription.Methods)
{
result.MethodBodyTypesMap.Add(
method.Name,
Build(this.CodeBuilder.Names, context, method));
}
context.Complete();
return(result);
}
public MethodDispatcherBuildResult Build(InterfaceDescription interfaceDescription)
{
var context = new CodeBuilderContext(
assemblyName: this.CodeBuilder.Names.GetMethodDispatcherAssemblyName(interfaceDescription.InterfaceType),
assemblyNamespace: this.CodeBuilder.Names.GetMethodDispatcherAssemblyNamespace(interfaceDescription.InterfaceType),
enableDebugging: CodeBuilderAttribute.IsDebuggingEnabled(interfaceDescription.InterfaceType));
var result = new MethodDispatcherBuildResult(context);
// ensure that the method body types are built
var methodBodyTypesBuildResult = this.CodeBuilder.GetOrBuildMethodBodyTypes(interfaceDescription.InterfaceType);
// build dispatcher class
var classBuilder = CodeBuilderUtils.CreateClassBuilder(
context.ModuleBuilder,
ns: context.AssemblyNamespace,
className: this.CodeBuilder.Names.GetMethodDispatcherClassName(interfaceDescription.InterfaceType),
baseType: this.methodDispatcherBaseType);
this.AddCreateResponseBodyMethod(classBuilder, interfaceDescription, methodBodyTypesBuildResult);
this.AddOnDispatchAsyncMethod(classBuilder, interfaceDescription, methodBodyTypesBuildResult);
this.AddOnDispatchMethod(classBuilder, interfaceDescription, methodBodyTypesBuildResult);
var methodNameMap = GetMethodNameMap(interfaceDescription);
// create the dispatcher type, instantiate and initialize it
result.MethodDispatcherType = classBuilder.CreateTypeInfo().AsType();
result.MethodDispatcher = (TMethodDispatcher)Activator.CreateInstance(result.MethodDispatcherType);
result.MethodDispatcher.Initialize(
interfaceDescription.Id,
methodNameMap,
methodBodyTypesBuildResult.GetRequestBodyTypes(),
methodBodyTypesBuildResult.GetResponseBodyTypes());
context.Complete();
return(result);
}
