void setWeavingCompleted(Class<?> clazz) { // weaving has completed; save the class and mark complete this.clazz = clazz; hookFlags |= FLAG_WEAVINGCOMPLETE; // Only notify listeners if weaving hooks were called. if ((hookFlags & FLAG_HOOKCALLED) == 0) return; // Only notify listeners if they haven't already been notified of // the terminal TRANSFORMING_FAILED state. if (error != null) return; // If clazz is null, a class definition failure occurred. setState(clazz == null ? DEFINE_FAILED : DEFINED); notifyWovenClassListeners(); }
void setWeavingCompleted(Class<?> clazz) { // weaving has completed; save the class and mark complete this.clazz = clazz; hookFlags |= FLAG_WEAVINGCOMPLETE; // Only notify listeners if weaving hooks were called. if ((hookFlags & FLAG_HOOKCALLED) == 0) return; // Only notify listeners if they haven't already been notified of // the terminal TRANSFORMING_FAILED state. if (error != null) return; // If clazz is null, a class definition failure occurred. setState(clazz == null ? DEFINE_FAILED : DEFINED); notifyWovenClassListeners(); }
void setWeavingCompleted(Class<?> clazz) { // weaving has completed; save the class and mark complete this.clazz = clazz; hookFlags |= FLAG_WEAVINGCOMPLETE; // Only notify listeners if weaving hooks were called. if ((hookFlags & FLAG_HOOKCALLED) == 0) return; // Only notify listeners if they haven't already been notified of // the terminal TRANSFORMING_FAILED state. if (error != null) return; // If clazz is null, a class definition failure occurred. setState(clazz == null ? DEFINE_FAILED : DEFINED); notifyWovenClassListeners(); }
void setWeavingCompleted(Class<?> clazz) { // weaving has completed; save the class and mark complete this.clazz = clazz; hookFlags |= FLAG_WEAVINGCOMPLETE; // Only notify listeners if weaving hooks were called. if ((hookFlags & FLAG_HOOKCALLED) == 0) return; // Only notify listeners if they haven't already been notified of // the terminal TRANSFORMING_FAILED state. if (error != null) return; // If clazz is null, a class definition failure occurred. setState(clazz == null ? DEFINE_FAILED : DEFINED); notifyWovenClassListeners(); }
void setWeavingCompleted(Class<?> clazz) { // weaving has completed; save the class and mark complete this.clazz = clazz; hookFlags |= FLAG_WEAVINGCOMPLETE; // Only notify listeners if weaving hooks were called. if ((hookFlags & FLAG_HOOKCALLED) == 0) return; // Only notify listeners if they haven't already been notified of // the terminal TRANSFORMING_FAILED state. if (error != null) return; // If clazz is null, a class definition failure occurred. setState(clazz == null ? DEFINE_FAILED : DEFINED); notifyWovenClassListeners(); }
void setWeavingCompleted(Class<?> clazz) { // weaving has completed; save the class and mark complete this.clazz = clazz; hookFlags |= FLAG_WEAVINGCOMPLETE; // Only notify listeners if weaving hooks were called. if ((hookFlags & FLAG_HOOKCALLED) == 0) return; // Only notify listeners if they haven't already been notified of // the terminal TRANSFORMING_FAILED state. if (error != null) return; // If clazz is null, a class definition failure occurred. setState(clazz == null ? DEFINE_FAILED : DEFINED); notifyWovenClassListeners(); }
public WovenClassImpl(String className, byte[] bytes, BundleEntry entry, ClasspathEntry classpathEntry, BundleLoader loader, EquinoxContainer container, Map<ServiceRegistration<?>, Boolean> blacklist) { super(); this.className = className; this.validBytes = this.resultBytes = bytes; this.entry = entry; this.dynamicImports = new DynamicImportList(this); this.classpathEntry = classpathEntry; this.loader = loader; this.registry = container.getServiceRegistry(); this.container = container; this.blackList = blacklist; setState(TRANSFORMING); }
public WovenClassImpl(String className, byte[] bytes, BundleEntry entry, ClasspathEntry classpathEntry, BundleLoader loader, EquinoxContainer container, Map<ServiceRegistration<?>, Boolean> blacklist) { super(); this.className = className; this.validBytes = this.resultBytes = bytes; this.entry = entry; this.dynamicImports = new DynamicImportList(this); this.classpathEntry = classpathEntry; this.loader = loader; this.registry = container.getServiceRegistry(); this.container = container; this.blackList = blacklist; setState(TRANSFORMING); }
public WovenClassImpl(String className, byte[] bytes, BundleEntry entry, ClasspathEntry classpathEntry, BundleLoader loader, EquinoxContainer container, Map<ServiceRegistration<?>, Boolean> blacklist) { super(); this.className = className; this.validBytes = this.resultBytes = bytes; this.entry = entry; this.dynamicImports = new DynamicImportList(this); this.classpathEntry = classpathEntry; this.loader = loader; this.registry = container.getServiceRegistry(); this.container = container; this.blackList = blacklist; setState(TRANSFORMING); }
public WovenClassImpl(String className, byte[] bytes, BundleEntry entry, ClasspathEntry classpathEntry, BundleLoader loader, EquinoxContainer container, Map<ServiceRegistration<?>, Boolean> blacklist) { super(); this.className = className; this.validBytes = this.resultBytes = bytes; this.entry = entry; this.dynamicImports = new DynamicImportList(this); this.classpathEntry = classpathEntry; this.loader = loader; this.registry = container.getServiceRegistry(); this.container = container; this.blackList = blacklist; setState(TRANSFORMING); }
public WovenClassImpl(String className, byte[] bytes, BundleEntry entry, ClasspathEntry classpathEntry, BundleLoader loader, EquinoxContainer container, Map<ServiceRegistration<?>, Boolean> blacklist) { super(); this.className = className; this.validBytes = this.resultBytes = bytes; this.entry = entry; this.dynamicImports = new DynamicImportList(this); this.classpathEntry = classpathEntry; this.loader = loader; this.registry = container.getServiceRegistry(); this.container = container; this.blackList = blacklist; setState(TRANSFORMING); }
public WovenClassImpl(String className, byte[] bytes, BundleEntry entry, ClasspathEntry classpathEntry, BundleLoader loader, EquinoxContainer container, Map<ServiceRegistration<?>, Boolean> blacklist) { super(); this.className = className; this.validBytes = this.resultBytes = bytes; this.entry = entry; this.dynamicImports = new DynamicImportList(this); this.classpathEntry = classpathEntry; this.loader = loader; this.registry = container.getServiceRegistry(); this.container = container; this.blackList = blacklist; setState(TRANSFORMING); }
setState(error == null ? TRANSFORMED : TRANSFORMING_FAILED);
setState(error == null ? TRANSFORMED : TRANSFORMING_FAILED);
setState(error == null ? TRANSFORMED : TRANSFORMING_FAILED);
setState(error == null ? TRANSFORMED : TRANSFORMING_FAILED);
setState(error == null ? TRANSFORMED : TRANSFORMING_FAILED);
setState(error == null ? TRANSFORMED : TRANSFORMING_FAILED);