public static void GetNonPublicFunctionImplementation() =>
Assert.That(MethodTemplates.GetNonPublicFunctionImplementation("a", "b", "c", typeof(int), "e", "f"), Is.EqualTo(
@"fa e override b
{
c
return default!;
}"));
internal static GenerateResults Generate(Type baseType, SortedSet <string> namespaces,
NameGenerator generator, MethodInformationBuilder informationBuilder, bool isMake,
Action <MethodInfo, MethodInformation> handleRefOutMethod, bool hasEvents)
{
var requiresObsoleteSuppression = false;
var methods = baseType.GetMockableMethods(generator);
var generatedMethods = new List <string>(methods.Count);
foreach (var method in methods)
{
var methodInformation = informationBuilder.Build(method);
var baseMethod = method.Value;
var argumentNameList = baseMethod.GetArgumentNameList();
var outInitializers = !methodInformation.ContainsDelegateConditions ? string.Empty : baseMethod.GetOutInitializers();
if (baseMethod.IsPublic)
{
var visibility = method.RequiresExplicitInterfaceImplementation == RequiresExplicitInterfaceImplementation.Yes ?
string.Empty : CodeTemplates.Public;
// Either the base method contains no Span<T> or ReadOnlySpan<T>
// and it doesn't have refs /outs, or the user specified a delegate
// to use to handle that method (remember, types with methods with refs/outs are gen'd
// each time, and that's the only reason the handlers are passed in).
if (!methodInformation.IsSpanLike)
{
if (isMake || !methodInformation.ContainsDelegateConditions || !string.IsNullOrWhiteSpace(methodInformation.DelegateCast))
{
if (!methodInformation.ContainsDelegateConditions && baseMethod.GetParameters().Length > 0)
{
generatedMethods.Add(MethodsGenerator.GenerateMethodWithNoRefOutParameters(
baseMethod, methodInformation.DelegateCast, argumentNameList, outInitializers,
methodInformation.DescriptionWithOverride, visibility,
method.RequiresNewImplementation, namespaces, isMake, hasEvents));
}
else
{
generatedMethods.Add(MethodsGenerator.GenerateMethodWithRefOutOrNoParameters(
baseMethod, methodInformation.DelegateCast, argumentNameList, outInitializers, methodInformation.DescriptionWithOverride,
visibility, method.RequiresNewImplementation,
namespaces, isMake, hasEvents));
if (methodInformation.ContainsDelegateConditions)
{
handleRefOutMethod(baseMethod, methodInformation);
}
}
}
else
{
generatedMethods.Add(MethodTemplates.GetNotImplementedMethod(methodInformation.DescriptionWithOverride));
}
}
else
{
generatedMethods.Add(MethodTemplates.GetNotImplementedMethod(methodInformation.DescriptionWithOverride));
}
requiresObsoleteSuppression |= baseMethod.GetCustomAttribute <ObsoleteAttribute>() != null;
}
else if (!baseMethod.IsPrivate && baseMethod.IsAbstract)
{
var visibility = CodeTemplates.GetVisibility(baseMethod.IsFamily, baseMethod.IsFamilyOrAssembly);
generatedMethods.Add(baseMethod.ReturnType != typeof(void) ?
MethodTemplates.GetNonPublicFunctionImplementation(visibility, methodInformation.Description,
outInitializers, baseMethod.ReturnType,
method.RequiresNewImplementation == RequiresIsNewImplementation.Yes ? "new" : string.Empty,
baseMethod.ReturnParameter.GetAttributes(true, namespaces)) :
MethodTemplates.GetNonPublicActionImplementation(visibility, methodInformation.Description,
outInitializers, method.RequiresNewImplementation == RequiresIsNewImplementation.Yes ? "new" : string.Empty));
requiresObsoleteSuppression |= baseMethod.GetCustomAttribute <ObsoleteAttribute>() != null;
}
}
return(new GenerateResults(string.Join(Environment.NewLine, generatedMethods),
requiresObsoleteSuppression, false));
}