protected void Queue(_MemberInfo aItem, object aSrc, string aSrcType, string sourceItem = null)
{
if (aItem == null)
{
throw new ArgumentNullException(nameof(aItem));
}
var xMemInfo = aItem as MemberInfo;
//TODO: fix this, as each label/symbol should also contain an assembly specifier.
if (xMemInfo != null && xMemInfo.DeclaringType != null &&
xMemInfo.DeclaringType.FullName == "System.ThrowHelper" &&
xMemInfo.DeclaringType.Assembly.GetName().Name != "mscorlib")
{
// System.ThrowHelper exists in MS .NET twice...
// Its an internal class that exists in both mscorlib and system assemblies.
// They are separate types though, so normally the scanner scans both and
// then we get conflicting labels. MS included it twice to make exception
// throwing code smaller. They are internal though, so we cannot
// reference them directly and only via finding them as they come along.
// We find it here, not via QueueType so we only check it here. Later
// we might have to checkin QueueType also.
// So now we accept both types, but emit code for only one. This works
// with the current Nasm assembler as we resolve by name in the assembler.
// However with other assemblers this approach may not work.
// If AssemblerNASM adds assembly name to the label, this will allow
// both to exist as they do in BCL.
// So in the future we might be able to remove this hack, or change
// how it works.
//
// Do nothing
//
}
else if (!mItems.Contains(aItem))
{
if (mLogEnabled)
{
LogMapPoint(aSrc, aSrcType, aItem);
}
mItems.Add(aItem);
mItemsList.Add(aItem);
MethodBase methodBaseSource = aSrc as MethodBase;
if (methodBaseSource != null)
{
aSrc = methodBaseSource.DeclaringType.ToString() + "::" + aSrc.ToString();
}
mQueue.Enqueue(new ScannerQueueItem()
{
Item = aItem, QueueReason = aSrcType, SourceItem = aSrc + Environment.NewLine + sourceItem
});
}
}
protected void Queue(_MemberInfo aItem, object aSrc, string aSrcType, string sourceItem = null)
{
var xMemInfo = aItem as MemberInfo;
//TODO: fix this, as each label/symbol should also contain an assembly specifier.
if (xMemInfo != null && xMemInfo.DeclaringType != null
&& xMemInfo.DeclaringType.FullName == "System.ThrowHelper"
&& xMemInfo.DeclaringType.Assembly.GetName().Name != "mscorlib")
{
// System.ThrowHelper exists in MS .NET twice...
// Its an internal class that exists in both mscorlib and system assemblies.
// They are separate types though, so normally the scanner scans both and
// then we get conflicting labels. MS included it twice to make exception
// throwing code smaller. They are internal though, so we cannot
// reference them directly and only via finding them as they come along.
// We find it here, not via QueueType so we only check it here. Later
// we might have to checkin QueueType also.
// So now we accept both types, but emit code for only one. This works
// with the current Nasm assembler as we resolve by name in the assembler.
// However with other assemblers this approach may not work.
// If AssemblerNASM adds assembly name to the label, this will allow
// both to exist as they do in BCL.
// So in the future we might be able to remove this hack, or change
// how it works.
//
// Do nothing
//
}
else if (!mItems.Contains(aItem))
{
if (mLogEnabled)
{
LogMapPoint(aSrc, aSrcType, aItem);
}
mItems.Add(aItem);
mItemsList.Add(aItem);
MethodBase methodBaseSource = aSrc as MethodBase;
if (methodBaseSource != null)
{
aSrc = methodBaseSource.DeclaringType.ToString() + "::" + aSrc.ToString();
}
mQueue.Enqueue(new ScannerQueueItem() { Item = aItem, QueueReason = aSrcType, SourceItem = aSrc + Environment.NewLine + sourceItem });
}
}
