use of org.abs_models.frontend.ast.Product in project abstools by abstools.
the class ProductDeclarationTest method productUnion.
@Test
public void productUnion() throws WrongProgramArgumentException {
Model model = assertParse("product P1 = {F1, F2, F3} || {F4};");
model.evaluateAllProductDeclarations();
ProductDecl p = model.findProduct("P1");
Product impl = p.getProduct();
assertEquals(4, impl.getNumFeature());
Set<String> expected = new HashSet<>(Arrays.asList("F1", "F2", "F3", "F4"));
Set<String> actual = new HashSet<>();
for (Feature f : impl.getFeatures()) actual.add(f.getName());
assertEquals(expected, actual);
}
use of org.abs_models.frontend.ast.Product in project abstools by abstools.
the class ProductDeclarationTest method oldProductSyntax.
@Test
public void oldProductSyntax() throws WrongProgramArgumentException {
Model model = assertParse("product P1(F1, F2, F3);");
model.evaluateAllProductDeclarations();
ProductDecl p = model.findProduct("P1");
Product impl = p.getProduct();
assertEquals(3, impl.getNumFeature());
Set<String> expected = new HashSet<>(Arrays.asList("F1", "F2", "F3"));
Set<String> actual = new HashSet<>();
for (Feature f : impl.getFeatures()) actual.add(f.getName());
assertEquals(expected, actual);
}
use of org.abs_models.frontend.ast.Product in project abstools by abstools.
the class ProductDeclarationTest method productIntersect.
@Test
public void productIntersect() throws WrongProgramArgumentException {
Model model = assertParse("product P1 = {F1, F2, F3} && {F2, F3};");
model.evaluateAllProductDeclarations();
ProductDecl p = model.findProduct("P1");
Product impl = p.getProduct();
assertEquals(2, impl.getNumFeature());
Set<String> expected = new HashSet<>(Arrays.asList("F2", "F3"));
Set<String> actual = new HashSet<>();
for (Feature f : impl.getFeatures()) actual.add(f.getName());
assertEquals(expected, actual);
}
use of org.abs_models.frontend.ast.Product in project abstools by abstools.
the class ProductLineAnalysisHelper method buildAndPrintAllConfigurations.
/*
* Build all SPL configurations (valid feature selections, ignoring attributes), one by one
* The purpose is to measure how long this takes, so we can compare it with the performance of type checking the SPL.
*
*/
public static void buildAndPrintAllConfigurations(Model m) {
long timeSum = 0;
for (Product product : m.getProductList()) {
long time0 = System.currentTimeMillis();
System.out.println("\u23F1 Flattening product: " + product.getFeatureSetAsString());
// Find a solution to the feature model that satisfies the product feature selection
ChocoSolver s = m.instantiateCSModel();
HashSet<Constraint> newcs = new HashSet<>();
product.getProdConstraints(s.vars, newcs);
for (Constraint c : newcs) s.addConstraint(c);
Map<String, Integer> solution = s.getSolution();
System.out.println("\u23F1 Full product configuration: " + solution);
long time1 = System.currentTimeMillis();
// i.e. add attribute assignments to features
for (String fname : solution.keySet()) {
if (// ignore internal ChocoSolver variable
fname.startsWith("$"))
continue;
if (fname.contains(".")) {
String[] parts = fname.split("\\.");
String fid = parts[0];
String aid = parts[1];
Integer val = solution.get(fname);
for (Feature feature : product.getFeatures()) {
if (feature.getName().equals(fid)) {
feature.addAttrAssignment(new AttrAssignment(aid, new IntVal(val)));
break;
}
}
}
}
long time2 = System.currentTimeMillis();
Model thisModel = m.treeCopyNoTransform();
long time3 = System.currentTimeMillis();
thisModel.flattenForProduct(product);
long time4 = System.currentTimeMillis();
timeSum += (time4 - time3);
System.out.println("\u23F1 Time: " + (time1 - time0) + " | " + (time2 - time1) + " | " + (time3 - time2) + " | " + (time4 - time3) + " | " + "Total(s): " + ((time4 - time0) / 1000.0));
}
System.out.println("\u23F1 Flattening total time (s): " + timeSum / 1000.0);
}
use of org.abs_models.frontend.ast.Product in project abstools by abstools.
the class ProductLineAnalysisHelper method buildPFGT.
public static DeltaTrie buildPFGT(ProductLine pl, SemanticConditionList errors) {
Model model = pl.getModel();
DeltaTrie trie = new DeltaTrie(model, errors);
for (Product product : model.getProductList()) {
// for each product: obtain sequence of deltas & add it to the trie
Set<String> applicableDeltas = pl.findApplicableDeltas(product);
List<String> productGenerationString = pl.sortDeltas(applicableDeltas);
trie.addWord(productGenerationString, product);
}
return trie;
}
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