Refine search
public F apply(R from) { return resolver.makeResultImmutable(resolver.sortResult(resolver.filterResult(resolver.findMatching(from)))); }
/** * Gets the matching beans for binding criteria from a list of beans * * @param resolvable the resolvable * @return A set of filtered beans */ private Set<T> findMatching(R resolvable) { Set<T> result = new HashSet<T>(); for (T bean : getAllBeans(resolvable)) { if (matches(resolvable, bean)) { result.add(bean); } } return result; }
public boolean isCached(R resolvable) { return resolved.getValueIfPresent(wrap(resolvable)) != null; }
/** * Get the possible beans for the given element * * @param resolvable The resolving criteria * @return An unmodifiable set of matching beans */ public F resolve(R resolvable, boolean cache) { R wrappedResolvable = wrap(resolvable); if (cache) { return resolved.getValue(wrappedResolvable); } else { return resolverFunction.apply(wrappedResolvable); } }
|| WeldEvent.class.equals(resolvable.getJavaClass()) || resolvable.getTypes().contains(Serializable.class)) { return super.getAllBeans(resolvable);
/** * Get the possible beans for the given element * * @param resolvable The resolving criteria * @return An unmodifiable set of matching beans */ public F resolve(R resolvable, boolean cache) { R wrappedResolvable = wrap(resolvable); if (cache) { return resolved.getValue(wrappedResolvable); } else { return resolverFunction.apply(wrappedResolvable); } }
|| WeldEvent.class.equals(resolvable.getJavaClass()) || resolvable.getTypes().contains(Serializable.class)) { return super.getAllBeans(resolvable);
public F apply(R from) { return resolver.makeResultImmutable(resolver.sortResult(resolver.filterResult(resolver.findMatching(from)))); }
/** * Get the possible beans for the given element * * @param resolvable The resolving criteria * @return An unmodifiable set of matching beans */ public F resolve(R resolvable, boolean cache) { R wrappedResolvable = wrap(resolvable); if (cache) { return resolved.getValue(wrappedResolvable); } else { return resolverFunction.apply(wrappedResolvable); } }
public boolean isCached(R resolvable) { return resolved.getValueIfPresent(wrap(resolvable)) != null; }
/** * Gets the matching beans for binding criteria from a list of beans * * @param resolvable the resolvable * @return A set of filtered beans */ private Set<T> findMatching(R resolvable) { Set<T> result = new HashSet<T>(); for (T bean : getAllBeans(resolvable)) { if (matches(resolvable, bean)) { result.add(bean); } } return result; }
|| WeldEvent.class.equals(resolvable.getJavaClass()) || resolvable.getTypes().contains(Serializable.class)) { return super.getAllBeans(resolvable);
public F apply(R from) { return resolver.makeResultImmutable(resolver.sortResult(resolver.filterResult(resolver.findMatching(from)))); }
/** * Get the possible beans for the given element * * @param resolvable The resolving criteria * @return An unmodifiable set of matching beans */ public F resolve(R resolvable, boolean cache) { R wrappedResolvable = wrap(resolvable); if (cache) { return resolved.getValue(wrappedResolvable); } else { return resolverFunction.apply(wrappedResolvable); } }
public boolean isCached(R resolvable) { return resolved.getValueIfPresent(wrap(resolvable)) != null; }
/** * Gets the matching beans for binding criteria from a list of beans * * @param resolvable the resolvable * @return A set of filtered beans */ private Set<T> findMatching(R resolvable) { Set<T> result = new HashSet<T>(); for (T bean : getAllBeans(resolvable)) { if (matches(resolvable, bean)) { result.add(bean); } } return result; }