return new ScopeInfo(winnerScope, winnerScope.annotationType()); return new ScopeInfo(ServiceLocatorUtilities.getSingletonAnnotation(), Singleton.class); loadClass(defaultScope.getScope(), defaultScope, collector); if (descScope != null) { return new ScopeInfo(null, descScope); return new ScopeInfo(ServiceLocatorUtilities.getPerLookupAnnotation(), PerLookup.class);
/** * Returns the scope of this thing * * @param fromThis The annotated class or producer method * @param defaultScope The default scope if none other can be found * @return The scope of this class or producer method. If no scope is * found will return the dependent scope */ public static Class<? extends Annotation> getScopeAnnotationType( Class<?> fromThis, Descriptor defaultScope) { Collector collector = new Collector(); ScopeInfo si = getScopeInfo(fromThis, defaultScope, collector); collector.throwIfErrors(); return si.getAnnoType(); }
scopeAnnotation = si.getScope(); scope = si.getAnnoType(); scopeAnnotation = si.getScope(); scope = si.getAnnoType();
scope = scopeInfo.getAnnoType(); if (scopeInfo.getScope() != null) { BuilderHelper.getMetadataValues(scopeInfo.getScope(), metadata); DescriptorType.PROVIDE_METHOD); retVal.setScopeAsAnnotation(scopeInfo.getScope());
scope = scopeInfo.getAnnoType(); if (scopeInfo.getScope() != null) { BuilderHelper.getMetadataValues(scopeInfo.getScope(), metadata); null); retVal.setScopeAsAnnotation(scopeInfo.getScope());
/** * Returns the scope of this thing * * @param fromThis The annotated class or producer method * @param defaultScope The default scope if none other can be found * @return The scope of this class or producer method. If no scope is * found will return the dependent scope */ public static Class<? extends Annotation> getScopeAnnotationType( Class<?> fromThis, Descriptor defaultScope) { Collector collector = new Collector(); ScopeInfo si = getScopeInfo(fromThis, defaultScope, collector); collector.throwIfErrors(); return si.getAnnoType(); }
return new ScopeInfo(winnerScope, winnerScope.annotationType()); return new ScopeInfo(ServiceLocatorUtilities.getSingletonAnnotation(), Singleton.class); loadClass(defaultScope.getScope(), defaultScope, collector); if (descScope != null) { return new ScopeInfo(null, descScope); return new ScopeInfo(ServiceLocatorUtilities.getPerLookupAnnotation(), PerLookup.class);
scope = scopeInfo.getAnnoType(); if (scopeInfo.getScope() != null) { BuilderHelper.getMetadataValues(scopeInfo.getScope(), metadata); DescriptorType.PROVIDE_METHOD); retVal.setScopeAsAnnotation(scopeInfo.getScope());
/** * Returns the scope of this thing * * @param fromThis The annotated class or producer method * @param defaultScope The default scope if none other can be found * @return The scope of this class or producer method. If no scope is * found will return the dependent scope */ public static Class<? extends Annotation> getScopeAnnotationType( Class<?> fromThis, Descriptor defaultScope) { Collector collector = new Collector(); ScopeInfo si = getScopeInfo(fromThis, defaultScope, collector); collector.throwIfErrors(); return si.getAnnoType(); }
return new ScopeInfo(winnerScope, winnerScope.annotationType()); return new ScopeInfo(ServiceLocatorUtilities.getSingletonAnnotation(), Singleton.class); loadClass(defaultScope.getScope(), defaultScope, collector); if (descScope != null) { return new ScopeInfo(null, descScope); return new ScopeInfo(ServiceLocatorUtilities.getPerLookupAnnotation(), PerLookup.class);
scopeAnnotation = si.getScope(); scope = si.getAnnoType(); scopeAnnotation = si.getScope(); scope = si.getAnnoType();
/** * Returns the scope of this thing * * @param fromThis The annotated class or producer method * @param defaultScope The default scope if none other can be found * @return The scope of this class or producer method. If no scope is * found will return the dependent scope */ public static Class<? extends Annotation> getScopeAnnotationType( Class<?> fromThis, Descriptor defaultScope) { Collector collector = new Collector(); ScopeInfo si = getScopeInfo(fromThis, defaultScope, collector); collector.throwIfErrors(); return si.getAnnoType(); }
return new ScopeInfo(winnerScope, winnerScope.annotationType()); return new ScopeInfo(ServiceLocatorUtilities.getSingletonAnnotation(), Singleton.class); loadClass(defaultScope.getScope(), defaultScope, collector); if (descScope != null) { return new ScopeInfo(null, descScope); return new ScopeInfo(ServiceLocatorUtilities.getPerLookupAnnotation(), PerLookup.class);
scopeAnnotation = si.getScope(); scope = si.getAnnoType(); scopeAnnotation = si.getScope(); scope = si.getAnnoType();
scopeAnnotation = si.getScope(); scope = si.getAnnoType(); scopeAnnotation = si.getScope(); scope = si.getAnnoType();
scope = scopeInfo.getAnnoType(); if (scopeInfo.getScope() != null) { BuilderHelper.getMetadataValues(scopeInfo.getScope(), metadata); DescriptorType.PROVIDE_METHOD); retVal.setScopeAsAnnotation(scopeInfo.getScope());
scope = scopeInfo.getAnnoType(); analyzerName = locator.getPerLocatorUtilities().getAutoAnalyzerName(clazz); if (scopeInfo.getScope() != null) { BuilderHelper.getMetadataValues(scopeInfo.getScope(), metadata); DescriptorType.CLASS); retVal.setScopeAsAnnotation(scopeInfo.getScope());
scope = scopeInfo.getAnnoType(); analyzerName = locator.getPerLocatorUtilities().getAutoAnalyzerName(clazz); if (scopeInfo.getScope() != null) { BuilderHelper.getMetadataValues(scopeInfo.getScope(), metadata); DescriptorType.CLASS); retVal.setScopeAsAnnotation(scopeInfo.getScope());
scope = scopeInfo.getAnnoType(); analyzerName = locator.getPerLocatorUtilities().getAutoAnalyzerName(clazz); if (scopeInfo.getScope() != null) { BuilderHelper.getMetadataValues(scopeInfo.getScope(), metadata); DescriptorType.CLASS); retVal.setScopeAsAnnotation(scopeInfo.getScope());
scope = scopeInfo.getAnnoType(); analyzerName = locator.getPerLocatorUtilities().getAutoAnalyzerName(clazz); if (scopeInfo.getScope() != null) { BuilderHelper.getMetadataValues(scopeInfo.getScope(), metadata); clazz); retVal.setScopeAsAnnotation(scopeInfo.getScope());