@Override public void injectMembers(T instance) { TypeLiteral<T> localTypeLiteral = typeLiteral; try { injectAndNotify(instance, null, null, localTypeLiteral, false); } catch (InternalProvisionException ipe) { throw ipe.addSource(localTypeLiteral).toProvisionException(); } }
membersInjector.injectAndNotify( instance, key, provisionCallback, source, injector.options.stage == Stage.TOOL); } catch (InternalProvisionException ipe) {
/** * Reentrant. If {@code instance} was registered for injection at injector-creation time, this * method will ensure that all its members have been injected before returning. */ public T get(Errors errors) throws ErrorsException { if (ready.getCount() == 0) { return instance; } // just wait for everything to be injected by another thread if (Thread.currentThread() != creatingThread) { try { ready.await(); return instance; } catch (InterruptedException e) { // Give up, since we don't know if our injection is ready throw new RuntimeException(e); } } // toInject needs injection, do it right away. we only do this once, even if it fails if (pendingInjection.remove(instance) != null) { // if in Stage.TOOL, we only want to inject & notify toolable injection points. // (otherwise we'll inject all of them) membersInjector.injectAndNotify(instance, errors.withSource(source), injector.options.stage == Stage.TOOL); } return instance; }
/** * Reentrant. If {@code instance} was registered for injection at injector-creation time, this * method will ensure that all its members have been injected before returning. */ public T get(Errors errors) throws ErrorsException { if (ready.getCount() == 0) { return instance; } // just wait for everything to be injected by another thread if (Thread.currentThread() != creatingThread) { try { ready.await(); return instance; } catch (InterruptedException e) { // Give up, since we don't know if our injection is ready throw new RuntimeException(e); } } // toInject needs injection, do it right away. we only do this once, even if it fails if (pendingInjection.remove(instance) != null) { // if in Stage.TOOL, we only want to inject & notify toolable injection points. // (otherwise we'll inject all of them) membersInjector.injectAndNotify(instance, errors.withSource(source), injector.options.stage == Stage.TOOL); } return instance; }
@Override public void injectMembers(T instance) { TypeLiteral<T> localTypeLiteral = typeLiteral; try { injectAndNotify(instance, null, null, localTypeLiteral, false); } catch (InternalProvisionException ipe) { throw ipe.addSource(localTypeLiteral).toProvisionException(); } }
@Override public void injectMembers(T instance) { TypeLiteral<T> localTypeLiteral = typeLiteral; try { injectAndNotify(instance, null, null, localTypeLiteral, false); } catch (InternalProvisionException ipe) { throw ipe.addSource(localTypeLiteral).toProvisionException(); } }
/** * Reentrant. If {@code instance} was registered for injection at injector-creation time, this * method will ensure that all its members have been injected before returning. */ public T get(Errors errors) throws ErrorsException { if (ready.getCount() == 0) { return instance; } // just wait for everything to be injected by another thread if (Thread.currentThread() != creatingThread) { try { ready.await(); return instance; } catch (InterruptedException e) { // Give up, since we don't know if our injection is ready throw new RuntimeException(e); } } // toInject needs injection, do it right away. we only do this once, even if it fails if (pendingInjection.remove(instance) != null) { // if in Stage.TOOL, we only want to inject & notify toolable injection points. // (otherwise we'll inject all of them) membersInjector.injectAndNotify(instance, errors.withSource(source), injector.options.stage == Stage.TOOL); } return instance; }
membersInjector.injectAndNotify(instance, errors.withSource(source), key,
membersInjector.injectAndNotify( instance, key, provisionCallback, source, injector.options.stage == Stage.TOOL); } catch (InternalProvisionException ipe) {
membersInjector.injectAndNotify( instance, key, provisionCallback, source, injector.options.stage == Stage.TOOL); } catch (InternalProvisionException ipe) {
public void injectMembers(T instance) { Errors errors = new Errors(typeLiteral); try { injectAndNotify(instance, errors, false); } catch (ErrorsException e) { errors.merge(e.getErrors()); } errors.throwProvisionExceptionIfErrorsExist(); }
public void injectMembers(T instance) { Errors errors = new Errors(typeLiteral); try { injectAndNotify(instance, errors, false); } catch (ErrorsException e) { errors.merge(e.getErrors()); } errors.throwProvisionExceptionIfErrorsExist(); }
public void injectMembers(T instance) { Errors errors = new Errors(typeLiteral); try { injectAndNotify(instance, errors, false); } catch (ErrorsException e) { errors.merge(e.getErrors()); } errors.throwProvisionExceptionIfErrorsExist(); }
public void injectMembers(T instance) { Errors errors = new Errors(typeLiteral); try { injectAndNotify(instance, errors, null, null, typeLiteral, false); } catch (ErrorsException e) { errors.merge(e.getErrors()); } errors.throwProvisionExceptionIfErrorsExist(); }