private void GenerateInterface(Type contract, object context, string name)
{
string suffix = InterfaceSuffix ?? AsyncSuffix;
if (ExcludedInterfaces != null)
{
if (ExcludedInterfaces.Contains(contract.FullName) ||
ExcludedInterfaces.Contains(contract.FullName + suffix))
{
return;
}
}
if (_generatedInterfaces.Contains(contract))
{
return;
}
if (
!ContractDefinition.GetEffectiveContracts(contract)
.Concat(new[] { contract })
.Any(ShouldGenerateInterface))
{
return;
}
_generatedInterfaces.Add(contract);
name = name ?? (contract.Name + suffix);
_generatedAsyncInterfaces.Add(name);
List <string> asyncBase =
ContractDefinition.GetEffectiveContracts(contract).Where(ShouldGenerateInterface).Where(
i =>
{
if (ExcludedInterfaces != null)
{
if (ExcludedInterfaces.Contains(i.FullName))
{
return(false);
}
}
return(true);
}).Select(t => FormatType(t) + suffix).ToList();
asyncBase.Insert(0, FormatType(contract));
ClassGenerator classGenerator =
CreateClassGenerator(new ClassDescriptor(name, contract.Namespace, asyncBase.ToArray())
{
IsInterface = true
});
classGenerator.Modifier = Modifier;
classGenerator.GenerateBodyAction = g =>
{
var methods =
(from method in ContractDefinition.GetEffectiveMethods(contract)
let async = ShouldBeAsynchronous(method, ForceAsynchronous)
let sync = ShouldBeSync(method, ForceSynchronous)
where async || sync
select new { method, async, sync }).ToList();
foreach (var method in methods)
{
if (method.async)
{
g.WriteLine(FormatMethodDeclaration(method.method, MethodDeclarationFormatting.ChangeToAsync) + ";");
}
else
{
g.WriteLine(FormatMethodDeclaration(method.method, MethodDeclarationFormatting.ChangeToSync) + ";");
}
if (!Equals(method, methods.Last()))
{
g.WriteLine();
}
}
};
classGenerator.Generate(context);
}
