use of org.abs_models.frontend.analyser.TypeError in project abstools by abstools.
the class TypeCheckerHelper method checkForDuplicateDecls.
public static void checkForDuplicateDecls(ModuleDecl mod, SemanticConditionList errors) {
Map<KindedName, ResolvedName> duplicateNames = new HashMap<>();
Map<KindedName, ResolvedName> names = getVisibleNames(mod, duplicateNames);
for (KindedName n : duplicateNames.keySet()) {
ResolvedName rn = names.get(n);
ResolvedName origrn = duplicateNames.get(n);
ErrorMessage msg = null;
String location = "";
Decl decl = null;
if (origrn instanceof ResolvedDeclName) {
decl = ((ResolvedDeclName) origrn).getDecl();
} else if (origrn instanceof ResolvedAmbigiousName) {
decl = ((AmbiguousDecl) ((ResolvedAmbigiousName) origrn).getDecl()).getAlternative().get(0);
}
if (decl != null && !decl.getFileName().equals(Main.UNKNOWN_FILENAME)) {
location = " at " + decl.getFileName() + ":" + decl.getStartLine() + ":" + decl.getStartColumn();
}
switch(n.getKind()) {
case CLASS:
msg = ErrorMessage.DUPLICATE_CLASS_NAME;
break;
case FUN:
msg = ErrorMessage.DUPLICATE_FUN_NAME;
break;
case PARTIAL_FUN:
msg = ErrorMessage.DUPLICATE_PARTIAL_FUN_NAME;
break;
case DATA_CONSTRUCTOR:
msg = ErrorMessage.DUPLICATE_CONSTRUCTOR;
break;
case TYPE_DECL:
msg = ErrorMessage.DUPLICATE_TYPE_DECL;
break;
case TRAIT_DECL:
msg = ErrorMessage.DUPLICATE_TRAIT_NAME;
break;
case MODULE:
// doesn't happen, no modules within modules
assert false;
break;
default:
// detect if we added a new KindedName.Kind
assert false;
break;
}
errors.add(new TypeError(rn.getDecl(), msg, n.getName(), location));
}
}
use of org.abs_models.frontend.analyser.TypeError in project abstools by abstools.
the class CostAnnotationChecker method checkStmt.
@Override
public void checkStmt(Stmt s) {
PureExp cost = AnnotationHelper.getAnnotationValueFromName(s.getAnnotations(), "ABS.DC.Cost");
if (cost == null)
return;
cost.typeCheck(errors);
if (!cost.getType().isNumericType()) {
errors.add(new TypeError(s, ErrorMessage.WRONG_COST_ANNOTATION_TYPE, cost.getType().getQualifiedName()));
}
}
use of org.abs_models.frontend.analyser.TypeError in project abstools by abstools.
the class HttpExportChecker method checkDataTypeDecl.
@Override
public void checkDataTypeDecl(DataTypeDecl decl) {
for (DataConstructor c : decl.getDataConstructors()) {
Set<String> names = new HashSet<>();
for (ConstructorArg ca : c.getConstructorArgs()) {
ASTNode arg = null;
String key = null;
List<Annotation> ann = ca.getTypeUse().getAnnotations();
PureExp keyann = AnnotationHelper.getAnnotationValueFromName(ann, "ABS.StdLib.HTTPName");
if (keyann != null) {
if (!(keyann instanceof StringLiteral)) {
errors.add(new TypeError(keyann, ErrorMessage.WRONG_HTTPNAME, keyann.getType()));
} else {
key = ((StringLiteral) keyann).getContent();
arg = keyann;
}
}
if (ca.hasSelectorName() && key == null) {
key = ca.getSelectorName().toString();
arg = ca.getSelectorName();
}
if (key != null) {
if (names.contains(key)) {
errors.add(new SemanticWarning(arg, ErrorMessage.DUPLICATE_HTTPNAME, key));
} else {
names.add(key);
}
}
}
}
}
use of org.abs_models.frontend.analyser.TypeError in project abstools by abstools.
the class ProductLineAnalysisHelper method isStronglyUnambiguous.
/*
* A product line is strongly unambiguous if each set in the partition of
* the delta modules specified in the product-line declaration is
* consistent, that is, if one delta module in a set adds or removes a
* class, no other delta module in the same set may add, remove or modify
* the same class, and the modifications of the same class in different
* delta modules in the same set have to be disjoint.
*/
public static boolean isStronglyUnambiguous(ProductLine pl, SemanticConditionList errors) {
boolean result = true;
Model model = pl.getModel();
/*
System.out.print("Delta partition: ");
for (Set<String> set : pl.getDeltaPartition()) {
System.out.print("{");
for (String el : set)
System.out.print(" " + el + " ");
System.out.print("} ");
}
System.out.println();
*/
assert pl.getDeltaPartition() != null;
for (Set<String> set : pl.getDeltaPartition()) {
// Remember the names of classes and methods modified by deltas in
// current set
// { Module.Class -> { Method -> Delta } }
// { Module.Class -> { "CLASS" -> Delta } }
Map<String, Map<String, String>> cache = new HashMap<>();
for (String deltaID : set) {
// assumes the DeltaDecl corresponding to deltaID exists (wellFormedProductLine)
DeltaDecl delta = model.getDeltaDeclsMap().get(deltaID);
assert delta.getModuleModifiers() != null;
for (ModuleModifier moduleModifier : delta.getModuleModifiers()) {
if (moduleModifier instanceof ModifyClassModifier) {
// String methodID;
String prefix = ((ClassModifier) moduleModifier).getQualifiedName();
for (Modifier mod : ((ModifyClassModifier) moduleModifier).getModifiers()) {
if (mod instanceof DeltaTraitModifier) {
HashSet<String> methodIDSet = new HashSet<>();
((DeltaTraitModifier) mod).collectMethodIDs(methodIDSet, model);
for (String methodID : methodIDSet) {
if (cache.containsKey(prefix)) {
if (cache.get(prefix).containsKey(methodID)) {
result = false;
String otherDeltaID = cache.get(prefix).get(methodID);
if (!deltaID.equals(otherDeltaID))
errors.add(new TypeError(pl, ErrorMessage.AMBIGUOUS_PRODUCTLINE, pl.getName(), deltaID, otherDeltaID, prefix + ", method " + methodID));
else
// FIXME also a kind of ambiguity but needs a different error message
;
} else if (cache.get(prefix).containsKey("CLASS")) {
result = false;
String otherDeltaID = cache.get(prefix).get("CLASS");
if (!deltaID.equals(otherDeltaID))
errors.add(new TypeError(pl, ErrorMessage.AMBIGUOUS_PRODUCTLINE, pl.getName(), deltaID, otherDeltaID, prefix));
else
// FIXME also a kind of ambiguity but needs a different error message
;
} else {
cache.get(prefix).put(methodID, deltaID);
}
} else {
cache.put(prefix, new HashMap<>());
cache.get(prefix).put(methodID, deltaID);
}
}
}
}
} else if (moduleModifier instanceof AddClassModifier || moduleModifier instanceof RemoveClassModifier) {
String prefix = ((ClassModifier) moduleModifier).getQualifiedName();
if (cache.containsKey(prefix)) {
result = false;
assert !cache.get(prefix).isEmpty();
String otherDeltaID = cache.get(prefix).values().iterator().next();
errors.add(new TypeError(pl, ErrorMessage.AMBIGUOUS_PRODUCTLINE, pl.getName(), deltaID, otherDeltaID, prefix));
System.out.println("3 ambiguity due to " + deltaID + "<>" + otherDeltaID);
} else {
cache.put(prefix, new HashMap<>());
cache.get(prefix).put("CLASS", deltaID);
}
}
}
// TODO apply same reasoning to other elements: fields,
// functions, ADTs, etc
}
}
// TODO remove boolean result unless needed
return result;
}
use of org.abs_models.frontend.analyser.TypeError in project abstools by abstools.
the class TypeCheckerHelper method checkDataTypeUse.
public static void checkDataTypeUse(SemanticConditionList e, DataTypeUse use) {
Type type = use.getType();
if (type.getDecl() instanceof ParametricDataTypeDecl) {
DataTypeType t = (DataTypeType) type;
int expected = ((ParametricDataTypeDecl) type.getDecl()).getNumTypeParameter();
if (expected != t.numTypeArgs()) {
e.add(new TypeError(use, ErrorMessage.WRONG_NUMBER_OF_TYPE_ARGS, type.toString(), "" + expected, "" + t.numTypeArgs()));
} else if (expected > 0) {
if (use instanceof ParametricDataTypeUse) {
for (TypeUse du : ((ParametricDataTypeUse) use).getParams()) {
du.typeCheck(e);
}
} else if (use.getDecl() instanceof TypeSynDecl) {
// nothing to check as this is already checked at the TypeSynDecl
} else {
e.add(new TypeError(use, ErrorMessage.WRONG_NUMBER_OF_TYPE_ARGS, type.toString(), "" + expected, "0"));
}
}
}
}
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