internal override void SemanticValidation(IntermediateRepresentation.Semantic.SemanticContext semanticContext)
{
/* Left.SemanticValidation(semanticContext);
Right.SemanticValidation(semanticContext);
if (!(Left.GetIRType() is NumericType && Right.GetIRType() is NumericType) || !(Left.GetIRType() == Right.GetIRType()))
{
throw new Semantic.SemanticValidationException("No se puede asignar");
}*/
}
private void CompileOperation(CompileType type)
{
var data = Resources.Load <FrpGraphContainer>(_fileName);
var ir = IntermediateRepresentation.Create(data);
switch (type)
{
case CompileType.FlapJax:
{
FrapjaxCompiler.Print(ir);
break;
}
case CompileType.Sodium:
{
SodiumCompiler.Print(ir);
break;
}
}
}
public static void Main()
{
Console.WriteLine("\n*** OTF Example ***\n");
// Load a schema (serialized IR) as if we just got it off the wire (you can create a serialized IR schema with SbeTool)
byte[] encodedSchemaBuffer = LoadSchema();
// Encode up a message as if we just got it off the wire
var encodedMsgBuffer = new byte[MsgBufferCapacity];
EncodeTestMessage(encodedMsgBuffer);
// Now lets decode the schema IR so we have IR objects.
//encodedSchemaBuffer.flip();
IntermediateRepresentation ir = DecodeIr(encodedSchemaBuffer);
// From the IR we can create OTF decoder for message headers.
var headerDecoder = new OtfHeaderDecoder(ir.HeaderStructure);
// Now we have IR we can read the message header
int bufferOffset = 0;
var buffer = new DirectBuffer(encodedMsgBuffer);
int templateId = headerDecoder.GetTemplateId(buffer, bufferOffset);
int schemaId = headerDecoder.GetSchemaId(buffer, bufferOffset);
int actingVersion = headerDecoder.GetSchemaVersion(buffer, bufferOffset);
int blockLength = headerDecoder.GetBlockLength(buffer, bufferOffset);
bufferOffset += headerDecoder.Size;
// Given the header information we can select the appropriate message template to do the decode.
// The OTF Java classes are thread safe so the same instances can be reused across multiple threads.
IList <Token> msgTokens = ir.GetMessage(templateId);
bufferOffset = OtfMessageDecoder.Decode(buffer, bufferOffset, actingVersion, blockLength, msgTokens,
new ExampleTokenListener());
}
public BitwiseRightShiftAssigExpression(IntermediateRepresentation.Expression left, IntermediateRepresentation.Expression right)
{
// TODO: Complete member initialization
this.left = left;
this.right = right;
}
internal override void SemanticValidation(IntermediateRepresentation.Semantic.SemanticContext semanticContext)
{
//TODO:
}
public ModExpression(IntermediateRepresentation.Expression left, IntermediateRepresentation.Expression right)
{
this.Left = left;
this.Right = right;
}
public MultiplicationAsigExpression(IntermediateRepresentation.Expression left, IntermediateRepresentation.Expression right)
{
// TODO: Complete member initialization
this.left = left;
this.right = right;
}
internal override void SemanticValidation(IntermediateRepresentation.Semantic.SemanticContext semanticContext)
{
semanticContext.IdExistInScope(this.id);
returnType = semanticContext.GetIdType(this.id);
}
internal override void SemanticValidation(IntermediateRepresentation.Semantic.SemanticContext semanticContext)
{
throw new NotImplementedException();
}
public EqualsExpression(IntermediateRepresentation.Expression left, IntermediateRepresentation.Expression right)
{
// TODO: Complete member initialization
this.Left = left;
this.Right = right;
}
