public override void Visit(AmlParser.DefBuffer defBuffer)
{
defBuffer.bufferSize.integer.Accept(this);
AcpiObject.AcpiObject bufferSizeObj = result;
CheckObjectType(bufferSizeObj, AcpiObjectType.Integer);
byte[] contents = new byte[((AcpiObject.Integer)(bufferSizeObj.GetTarget())).Value];
Array.Copy(defBuffer.byteList, contents, defBuffer.byteList.Length);
result = new AcpiObject.Buffer(contents);
}
public override void Visit(ComputationalData computationalData)
{
switch (computationalData.Tag)
{
case ComputationalData.TagValue.ByteConst:
byte byteConst = computationalData.GetAsByteConst();
result.Add(new PushConst(new AcpiObject.Integer(byteConst)));
break;
case ComputationalData.TagValue.WordConst:
UInt16 wordConst = computationalData.GetAsWordConst();
result.Add(new PushConst(new AcpiObject.Integer(wordConst)));
break;
case ComputationalData.TagValue.DWordConst:
UInt32 dWordConst = computationalData.GetAsDWordConst();
result.Add(new PushConst(new AcpiObject.Integer(dWordConst)));
break;
case ComputationalData.TagValue.QWordConst:
UInt64 qWordConst = computationalData.GetAsQWordConst();
result.Add(new PushConst(new AcpiObject.Integer(qWordConst)));
break;
case ComputationalData.TagValue.StringConst:
string stringConst = computationalData.GetAsStringConst();
result.Add(new PushConst(new AcpiObject.String(stringConst)));
break;
case ComputationalData.TagValue.ConstObj:
AmlParser.ConstObj constObj = computationalData.GetAsConstObj();
switch (constObj.op)
{
case AmlParser.ZeroOp:
result.Add(new PushConst(AcpiObject.IntegerConstant.Zero));
break;
case AmlParser.OneOp:
result.Add(new PushConst(AcpiObject.IntegerConstant.One));
break;
case AmlParser.OnesOp:
result.Add(new PushConst(AcpiObject.IntegerConstant.Ones));
break;
}
break;
case ComputationalData.TagValue.RevisionOp:
result.Add(new PushConst(AcpiObject.IntegerConstant.Revision));
break;
case ComputationalData.TagValue.DefBuffer:
AmlParser.DefBuffer defBuffer = computationalData.GetAsDefBuffer();
defBuffer.Accept(this);
break;
default:
Debug.Assert(false, "Unhandled alternative in switch over 'ComputationalData'");
break;
}
}
public override void Visit(AmlParser.DefBuffer defBuffer)
{
defBuffer.bufferSize.integer.Accept(this);
result.Add(new DefBuffer(defBuffer.byteList));
}
public virtual void Visit(AmlParser.DefBuffer defBuffer)
{
UnhandledNodeType("DefBuffer");
}
