public override GamaValueRef VisitExprOpLogic([NotNull] GamaParser.ExprOpLogicContext context)
{
var lhs = Visit(context.expr(0));
var rhs = Visit(context.expr(1));
var op = context.opLogic().GetText();
GamaFunctionList oplist;
if (op == "&&")
{
oplist = lhs.Type.Meta.Operators.And;
}
else if (op == "||")
{
oplist = lhs.Type.Meta.Operators.Or;
}
else
{
oplist = lhs.Type.Meta.Operators.Xor;
}
var target = !IsEmptyTT ? TopTT : null;
GamaFunctionRef fnref = null;
if (target == null)
{
fnref = oplist.FindFunction(new[] { lhs.Type, rhs.Type });
}
else
{
fnref = oplist.FindFunction(target, new[] { lhs.Type, rhs.Type });
}
if (fnref == null)
{
GamaCompiledFunctionList coplist;
if (op == "&&")
{
coplist = lhs.Type.Meta.CompiledOperators.And;
}
else if (op == "||")
{
coplist = lhs.Type.Meta.CompiledOperators.Or;
}
else
{
coplist = lhs.Type.Meta.CompiledOperators.Xor;
}
GamaCompiledFunctionRef cfnref = null;
if (target == null)
{
cfnref = coplist.FindFunction(lhs.Type, rhs.Type);
}
else
{
cfnref = coplist.FindFunction(target, new[] { lhs.Type, rhs.Type });
}
if (cfnref == null)
{
Parent.NamespaceContext.Context.AddError(new ErrorNoViableOperator(context));
return(null);
}
var cbuilder = Parent.Builder;
Parent.CurrentBlock.PositionBuilderAtEnd(cbuilder);
return(cfnref.Call(cbuilder, lhs, rhs));
}
/* LLVM */
var block = Parent.CurrentBlock;
var builder = Parent.Builder;
block.PositionBuilderAtEnd(builder);
var result = builder.BuildCall(fnref.Value, new LLVMValueRef[] { lhs.Value, rhs.Value });
return(new GamaValueRef(fnref.ReturnType, result, false));
}
public override GamaValueRef VisitExprOpComp([NotNull] GamaParser.ExprOpCompContext context)
{
var lhs = Visit(context.expr(0));
var rhs = Visit(context.expr(1));
var op = context.opComp().GetText();
GamaFunctionList oplist;
if (op == ">")
{
oplist = lhs.Type.Meta.Operators.Gt;
}
else if (op == "<")
{
oplist = lhs.Type.Meta.Operators.Lt;
}
else if (op == ">=")
{
oplist = lhs.Type.Meta.Operators.Ge;
}
else if (op == "<=")
{
oplist = lhs.Type.Meta.Operators.Le;
}
else if (op == "==")
{
oplist = lhs.Type.Meta.Operators.Eq;
}
else
{
oplist = lhs.Type.Meta.Operators.Neq;
}
GamaFunctionRef fnref = oplist.FindFunction(InstanceTypes.Bool, new[] { lhs.Type, rhs.Type });
if (fnref == null)
{
GamaCompiledFunctionList coplist;
if (op == ">")
{
coplist = lhs.Type.Meta.CompiledOperators.Gt;
}
else if (op == "<")
{
coplist = lhs.Type.Meta.CompiledOperators.Lt;
}
else if (op == ">=")
{
coplist = lhs.Type.Meta.CompiledOperators.Ge;
}
else if (op == "<=")
{
coplist = lhs.Type.Meta.CompiledOperators.Le;
}
else if (op == "==")
{
coplist = lhs.Type.Meta.CompiledOperators.Eq;
}
else
{
coplist = lhs.Type.Meta.CompiledOperators.Neq;
}
GamaCompiledFunctionRef cfnref = coplist.FindFunction(InstanceTypes.Bool, new[] { lhs.Type, rhs.Type });
if (cfnref == null)
{
Parent.NamespaceContext.Context.AddError(new ErrorNoViableOperator(context));
return(null);
}
var cbuilder = Parent.Builder;
Parent.CurrentBlock.PositionBuilderAtEnd(cbuilder);
return(cfnref.Call(cbuilder, lhs, rhs));
}
/* LLVM */
var block = Parent.CurrentBlock;
var builder = Parent.Builder;
block.PositionBuilderAtEnd(builder);
var result = builder.BuildCall(fnref.Value, new LLVMValueRef[] { lhs.Value, rhs.Value });
return(new GamaValueRef(fnref.ReturnType, result, false));
}