private string AccessFlagsAsString(AccessFlags accessFlags)
{
string result = accessFlags.HasFlag(AccessFlags.Public) ? "public " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Private) ? "private " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Protected) ? "protected " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Static) ? "static " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Final) ? "final " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Interface) ? "interface " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Abstract) ? "abstract " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Synthetic) ? "synthetic " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Annotation) ? "annotation " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Enum) ? "enum " : string.Empty;
return result.Trim();
}
private string AccessFlagsAsString(AccessFlags accessFlags)
{
string result = accessFlags.HasFlag(AccessFlags.Public) ? "public " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Private) ? "private " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Protected) ? "protected " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Static) ? "static " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Final) ? "final " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Interface) ? "interface " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Abstract) ? "abstract " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Synthetic) ? "synthetic " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Annotation) ? "annotation " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Enum) ? "enum " : string.Empty;
return(result.Trim());
}
private string AccessFlagsAsString(AccessFlags accessFlags)
{
string result = accessFlags.HasFlag(AccessFlags.Public) ? "public " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Private) ? "private " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Protected) ? "protected " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Static) ? "static " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Final) ? "final " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Volatile) ? "volatile " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Transient) ? "transient " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Synthetic) ? "synthetic " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Enum) ? "enum " : string.Empty;
return result.Trim();
}
private string AccessFlagsAsString(AccessFlags accessFlags)
{
string result = accessFlags.HasFlag(AccessFlags.Public) ? "public " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Private) ? "private " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Protected) ? "protected " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Static) ? "static " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Final) ? "final " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Volatile) ? "volatile " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Transient) ? "transient " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Synthetic) ? "synthetic " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Enum) ? "enum " : string.Empty;
return(result.Trim());
}
private string AccessFlagsAsString(AccessFlags accessFlags)
{
string result = accessFlags.HasFlag(AccessFlags.Public) ? "public " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Private) ? "private " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Protected) ? "protected " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Static) ? "static " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Final) ? "final " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Synchronized) ? "synchronized " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Bridge) ? "bridge " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.VarArgs) ? "varargs " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Native) ? "native " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Abstract) ? "abstract " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.StrictFp) ? "strictfp " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Synthetic) ? "synthetic " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Constructor) ? "constructor " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.DeclaredSynchronized) ? "synchronized " : string.Empty;
return result.Trim();
}
public ParameterInfo[] GetParameters()
{
if (parameters != null)
{
return(parameters);
}
int _;
parameters = GetParametersFromDescriptor(out _).ToArray();
var locals = GetLocalVariables();
var enumCtor = IsConstructor && DeclaringType.IsEnum;
if (locals != null)
{
var names = locals.LocalVariables.Where(p => p.StartPC == 0).ToList();
int start = 0;
if (names.Count != parameters.Length &&
!AccessFlags.HasFlag(MethodAccessFlags.Static) &&
names.Count > start &&
names [start].Descriptor == DeclaringType.FullJniName)
{
start++; // skip `this` parameter
}
if (!DeclaringType.IsStatic &&
names.Count > start &&
(parameters.Length == 0 || parameters [0].Type.BinaryName != names [start].Descriptor))
{
start++; // JDK 8?
}
if (!AccessFlags.HasFlag(MethodAccessFlags.Synthetic) &&
((names.Count - start) != parameters.Length) &&
!enumCtor)
{
Log.Debug("class-parse: method {0}.{1}{2}: " +
"Local variables array has {3} entries ('{4}'); descriptor has {5} entries!",
DeclaringType.ThisClass.Name.Value, Name, Descriptor,
names.Count - start,
Attributes.Get <CodeAttribute>().Attributes.Get <LocalVariableTableAttribute> (),
parameters.Length);
}
int max = Math.Min(parameters.Length, names.Count - start);
for (int i = 0; i < max; ++i)
{
parameters [i].Name = names [start + i].Name;
if (parameters [i].Type.BinaryName != names [start + i].Descriptor)
{
Log.Debug("class-parse: method {0}.{1}{2}: " +
"Local variable type descriptor mismatch! Got '{3}'; expected '{4}'.",
DeclaringType.ThisClass.Name.Value, Name, Descriptor,
parameters [i].Type.BinaryName,
names [start + i].Descriptor);
}
}
}
var sig = GetSignature();
if (sig != null)
{
if ((sig.Parameters.Count != parameters.Length) && !enumCtor)
{
Log.Debug("class-parse: method {0}.{1}{2}: " +
"Signature ('{3}') has {4} entries; Descriptor '{5}' has {6} entries!",
DeclaringType.ThisClass.Name.Value, Name, Descriptor,
Attributes.Get <SignatureAttribute>(),
sig.Parameters.Count,
Descriptor,
parameters.Length);
}
int max = Math.Min(parameters.Length, sig.Parameters.Count);
for (int i = 0; i < max; ++i)
{
parameters [i].Type.TypeSignature = sig.Parameters [i];
}
}
UpdateParametersFromMethodParametersAttribute(parameters);
return(parameters);
}
private string AccessFlagsAsString(AccessFlags accessFlags)
{
string result = accessFlags.HasFlag(AccessFlags.Public) ? "public " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Private) ? "private " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Protected) ? "protected " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Static) ? "static " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Final) ? "final " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Synchronized) ? "synchronized " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Bridge) ? "bridge " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.VarArgs) ? "varargs " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Native) ? "native " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Abstract) ? "abstract " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.StrictFp) ? "strictfp " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Synthetic) ? "synthetic " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.Constructor) ? "constructor " : string.Empty;
result += accessFlags.HasFlag(AccessFlags.DeclaredSynchronized) ? "synchronized " : string.Empty;
return(result.Trim());
}
