@Override
public String toString() {
StringBuilder s = new StringBuilder();
String n = String.format("%n");
s.append("Equivalent methods:" + n);
for (Method bzm : manifest.getBaseMethods()) {
s.append(" " + bzm.getName() + " -> { ");
for (Method zm : ELM.get(bzm))
s.append(zm.getReturnType() + ":" + zm.getName() + " "); // TODO fix this info
s.append("}" + n);
}
s.append("Equivalent types:" + n);
for (JavaClass bzt : manifest.getBaseTypes()) {
s.append(" " + bzt.getClassName() + " -> { ");
for (JavaClass zt : ET.get(bzt)) s.append(zt.getClassName() + " ");
s.append("}" + n);
}
s.append("Method costs:" + n);
for (Method zm : CLM.keySet())
s.append(" " + zm.getName() + " -> " + CLM.get(zm).getName() + n);
s.append("Transformation costs:" + n);
for (Method zs : CLS.keySet())
s.append(" " + zs.getName() + " -> " + CLS.get(zs).getName() + n);
return s.toString();
}
private void setup() throws Exception {
// populate BT
BT.addAll(manifest.getBaseTypes());
// populate BLM
BLM.addAll(manifest.getBaseMethods());
// populate BLS
LS.addAll(manifest.getTransformations());
// populate ELM
for (Method blm : BLM)
for (Annotation an : AnnotationReader.getAnnotations(blm.getAttributes())) {
if (an instanceof Equivalents) {
Set<Method> lms = new HashSet<Method>();
ELM.put(blm, lms);
for (String lm_name : ((Equivalents) an).value().split(",")) lms.add(rlm(lm_name));
}
}
// populate ET, ETinv
for (JavaClass bt : BT)
for (Annotation an : AnnotationReader.getAnnotations(bt.getAttributes()))
if (an instanceof Equivalents) {
Set<JavaClass> tset = new HashSet<JavaClass>();
ET.put(bt, tset);
for (String t_name : ((Equivalents) an).value().split(",")) tset.add(rlk(t_name));
for (JavaClass t : tset) {
if (ETinv.containsKey(t))
throw new InvalidLibraryException(
"Bad type " + t + ": already equivalent to base method " + ETinv.get(t) + ".");
ETinv.put(t, bt);
}
}
// populate VLM
for (Method blm : BLM) {
VLM.put(blm, new HashMap<String, Method>());
for (Method lm : ELM.get(blm)) {
String vsig = lm.getSignature();
VLM.get(blm).put(vsig, lm);
}
}
// VLM type check
for (Method blm : BLM) {
Map<Integer, JavaClass> bv = method2v(blm);
for (Method lm : ELM.get(blm)) {
Map<Integer, JavaClass> v = method2v(lm);
if (!v.keySet().equals(bv.keySet()))
throw new InvalidLibraryException(
"Bad method " + lm + ": number of parameters differ from base method.");
for (int i : v.keySet())
if (!ETinv.get(v.get(i)).equals(bv.get(i)))
throw new InvalidLibraryException(
"Bad method " + lm + ": argument " + i + " is incompatible with base method.");
}
}
// populate FLS
for (JavaClass t : ETinv.keySet()) FLS.put(t, new HashMap<JavaClass, Method>());
for (Method ls : LS) {
Map<Integer, JavaClass> v = method2v(ls);
if (!v.containsKey(-1))
throw new InvalidLibraryException("Bad transform " + ls + ": must return an object.");
if (v.size() != 2)
throw new InvalidLibraryException(
"Bad transform " + ls + ": must take exactly one argument.");
JavaClass tu = v.get(-1);
JavaClass tv = v.get(0);
if (!ETinv.containsKey(tu))
throw new InvalidLibraryException(
"Bad transform " + ls + ": invalid source type " + tu + ".");
if (!ETinv.containsKey(tv))
throw new InvalidLibraryException(
"Bad transform " + ls + ": invalid dest type " + tu + ".");
if (!ETinv.get(tu).equals(ETinv.get(tv)))
throw new InvalidLibraryException(
"Bad transform " + ls + ": source and dest types not compatible.");
FLS.get(tu).put(tv, ls);
}
// populate CLM
for (Set<Method> lms : ELM.values())
for (Method lm : lms)
for (Annotation an : AnnotationReader.getAnnotations(lm.getAttributes()))
/*
if (an instanceof Cost)
czm.put(zm, ((Cost)an).value());
*/
if (an instanceof CostFn) {
String zc_name = ((CostFn) an).value();
Method zc = rlm(zc_name);
CLM.put(lm, zc);
}
// populate CLS
for (Method ls : LS) // TODO check that types are equivalent?
for (Annotation an : AnnotationReader.getAnnotations(ls.getAttributes()))
/*
if (an instanceof Cost)
czs.put(zs, ((Cost)an).value());
*/
if (an instanceof CostFn) {
String zc_name = ((CostFn) an).value();
Method zc = rlm(zc_name);
CLS.put(ls, zc);
}
}
