private void AddOutputVariable(GMacCbOutputVariable outputVar)
{
SteExpression rhsExpr;
//An atomic expression or an undefined symbol is found for the variable's RHS side
if (FollowExpression(outputVar.RhsExpr, out rhsExpr) || rhsExpr.IsAtomic)
{
outputVar.RhsExpr = rhsExpr;
_outputVars.Add(outputVar);
return;
}
//A compound expression is found for the variable's RHS side
rhsExpr = ReshapePlus(rhsExpr);
var rhsExprNewArgs = new SteExpression[rhsExpr.ArgumentsCount];
for (var i = 0; i < rhsExpr.ArgumentsCount; i++)
{
rhsExprNewArgs[i] = ReduceSubExpression(rhsExpr[i]);
}
outputVar.RhsExpr = SteExpressionUtils.CreateFunction(rhsExpr.HeadText, rhsExprNewArgs);
_outputVars.Add(outputVar);
}
/// <summary>
/// Add a single output variable to the code block
/// </summary>
/// <param name="item"></param>
private void AddOutputVariable(LlDataItem item)
{
//Find the correct RHS for this output variable
var rhsExpr =
BybassSingleTempVariableRhsExpr(
item.AssignedRhsSymbolicScalar.ToTextExpressionTree()
);
//Create the output variable and add it to the target language block
var outputVar =
new GMacCbOutputVariable(
item.ItemName,
item.ItemId,
item.AssociatedValueAccess,
rhsExpr
)
{
ComputationOrder = _computationOrder--
};
CodeBlock.ComputedVariables.Add(outputVar);
//This item is required for computation.
//All its RHS items must be added to the list of active items
_activeItemsList.AddRange(rhsExpr.GetLowLevelVariablesNames());
if (String.Compare(item.ItemName, _lastUsedVarName, StringComparison.Ordinal) > 0)
{
_lastUsedVarName = item.ItemName;
}
}
private void AddOutputVariable(GMacCbOutputVariable outputVar)
{
if (outputVar.RhsTempVariables.Any())
{
var rhsTemVarsList =
outputVar
.GetUsedTempVariables()
.Where(
rhsTempVar =>
_computedVariablesDictionary.ContainsKey(rhsTempVar.LowLevelName) == false
);
foreach (var rhsTempVar in rhsTemVarsList)
{
_computedVariablesDictionary.Add(rhsTempVar.LowLevelName, rhsTempVar);
}
}
_computedVariablesDictionary.Add(outputVar.LowLevelName, outputVar);
}
private DotNode AddOutputExpression(GMacCbOutputVariable computedVar)
{
var dict =
computedVar.RhsExpr.Arguments.ToDictionary(
item => item.ToString(),
item => item.ToString()
);
return
(Graph
.AddNode(computedVar.LowLevelName)
.SetLabel(
Graph.Table(
"Output",
Graph.SimpleTable(
computedVar.LowLevelName,
computedVar.ValueAccessName,
computedVar.RhsExpr.HeadText
),
Graph.SimpleTable(dict)
)
));
}
