/**
* finish up the validation of a set of compiling defs.
*
* @param context only needed to do setCurrentNamspace.
*/
private void finishValidation(AuraContext context, Collection<CompilingDef<?>> compiling)
throws QuickFixException {
//
// Now validate our references.
//
for (CompilingDef<?> cd : compiling) {
// FIXME: setting the current namespace on the context seems extremely hackish
context.setCurrentNamespace(cd.descriptor.getNamespace());
if (cd.built) {
// FIXME: this may be incorrect, we may need to validate references even when we did
// not actually build this, and we may not need to if the registry is pre-compiled.
cd.def.validateReferences();
}
}
//
// And finally, mark everything as happily compiled.
//
for (CompilingDef<?> cd : compiling) {
defs.put(cd.descriptor, cd.def);
if (cd.built) {
if (cd.cacheable) {
defsCache.put(cd.descriptor, Optional.of(cd.def));
}
cd.def.markValid();
}
}
}
/**
* Fill a compiling def for a descriptor.
*
* <p>This makes sure that we can get a registry for a given def, then tries to get the def from
* the global cache, if that fails, it retrieves from the registry, and marks the def as locally
* built.
*
* @param compiling the current compiling def (if there is one).
* @throws QuickFixException if validateDefinition caused a quickfix.
*/
private <D extends Definition> boolean fillCompilingDef(
CompilingDef<D> compiling, AuraContext context) throws QuickFixException {
assert compiling.def == null;
{
//
// First, check our local cached defs to see if we have a fully compiled version.
// in this case, we don't care about caching, since we are done.
//
@SuppressWarnings("unchecked")
D localDef = (D) defs.get(compiling.descriptor);
if (localDef != null) {
compiling.def = localDef;
compiling.built = !localDef.isValid();
if (compiling.built) {
localDef.validateDefinition();
}
return true;
}
}
//
// If there is no local cache, we must first check to see if there is a registry, as we may not
// have
// a registry (depending on configuration). In the case that we don't find one, we are done
// here.
//
DefRegistry<D> registry = getRegistryFor(compiling.descriptor);
if (registry == null) {
defs.put(compiling.descriptor, null);
return false;
}
//
// Now, check if we can cache the def later, as we won't have the registry to check at a later
// time.
// If we can cache, look it up in the cache. If we find it, we have a built definition.
//
if (isCacheable(registry)) {
compiling.cacheable = true;
@SuppressWarnings("unchecked")
Optional<D> opt = (Optional<D>) defsCache.getIfPresent(compiling.descriptor);
if (opt != null) {
D cachedDef = opt.orNull();
if (cachedDef != null) {
@SuppressWarnings("unchecked")
DefDescriptor<D> canonical = (DefDescriptor<D>) cachedDef.getDescriptor();
compiling.def = cachedDef;
compiling.descriptor = canonical;
compiling.built = false;
defs.put(canonical, cachedDef);
return true;
} else {
return false;
}
}
}
//
// The last case. This is our first compile or the def is uncacheable.
// In this case, we make sure that the initial validation is called, and put
// the def in the non-validated set.
//
compiling.def = registry.getDef(compiling.descriptor);
if (compiling.def == null) {
return false;
}
@SuppressWarnings("unchecked")
DefDescriptor<D> canonical = (DefDescriptor<D>) compiling.def.getDescriptor();
compiling.descriptor = canonical;
// cc.loggingService.incrementNum(LoggingService.DEF_COUNT);
// FIXME: setting the current namespace on the context seems
// extremely hackish
context.setCurrentNamespace(canonical.getNamespace());
compiling.def.validateDefinition();
compiling.built = true;
defs.put(canonical, compiling.def);
return true;
}