public static void Log(this CecilatorObject cecilatorObject, LogTypes logTypes, Method method, object arg)
{
//if (method.IsAsync)
//{
// var result = cecilatorObject.GetAsyncMethod(method.methodDefinition);
// cecilatorObject.Log(logTypes, result.Value.MethodDefinition.GetSequencePoint(), arg);
//}
//else
cecilatorObject.Log(logTypes, method.methodDefinition.GetSequencePoint(), arg);
}
public static void Log(this CecilatorObject cecilatorObject, LogTypes logTypes, Method method, object arg)
{
var result = cecilatorObject.GetAsyncMethod(method.methodDefinition);
if (result.HasValue)
{
cecilatorObject.Log(logTypes, result.Value.MethodDefinition.GetSequencePoint(), arg);
}
else
{
cecilatorObject.Log(logTypes, method.methodDefinition.GetSequencePoint(), arg);
}
}
private static (MethodDefinition MethodDefinition, TypeReference AsyncType)? GetAsyncMethod(this CecilatorObject cecilatorObject, MethodDefinition method)
{
var asyncStateMachine = method.CustomAttributes.Get("System.Runtime.CompilerServices.AsyncStateMachineAttribute");
if (asyncStateMachine != null)
{
var asyncType = asyncStateMachine.ConstructorArguments[0].Value as TypeReference;
var asyncTypeMethod = asyncType.Resolve().Methods.Get("MoveNext");
if (asyncTypeMethod == null)
{
cecilatorObject.Log(LogTypes.Error, method, "Unable to find the method MoveNext of async method " + method.Name);
return(null);
}
return(asyncTypeMethod, asyncType);
}
return(null);
}
public static void Log(this CecilatorObject cecilatorObject, LogTypes logTypes, object arg) => cecilatorObject.Log(logTypes, sequencePoint: null, arg: arg);
public static void Log(this CecilatorObject cecilatorObject, LogTypes logTypes, Property property, object arg) => cecilatorObject.Log(logTypes, property.Getter ?? property.Setter, arg);
public static void Log(this CecilatorObject cecilatorObject, LogTypes logTypes, BuilderType type, object arg) => cecilatorObject.Log(logTypes, type.GetRelevantConstructors().FirstOrDefault() ?? type.Methods.FirstOrDefault(), arg);