Package com.google.inject.binder

Examples of com.google.inject.binder.ScopedBindingBuilder

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      new Builder()
          .name("bind A to PlainA")
          .module(new AbstractModule() {
            protected void configure() {
              ScopedBindingBuilder sbb = bind(A.class).to(PlainA.class);
              scoper.configure(sbb);
            }
          })
          .scoper(scoper)
          .addToSuite(suite);

      new Builder()
          .name("bind A to PlainAProvider.class")
          .module(new AbstractModule() {
            protected void configure() {
              ScopedBindingBuilder sbb = bind(A.class).toProvider(PlainAProvider.class);
              scoper.configure(sbb);
            }
          })
          .scoper(scoper)
          .addToSuite(suite);

      new Builder()
          .name("bind A to new PlainAProvider()")
          .module(new AbstractModule() {
            protected void configure() {
              ScopedBindingBuilder sbb = bind(A.class).toProvider(new PlainAProvider());
              scoper.configure(sbb);
            }
          })
          .scoper(scoper)
          .addToSuite(suite);

      new Builder()
          .name("bind AWithProvidedBy")
          .key(Key.get(AWithProvidedBy.class), InjectsAWithProvidedBy.class)
          .module(new AbstractModule() {
            protected void configure() {
              ScopedBindingBuilder sbb = bind(AWithProvidedBy.class);
              scoper.configure(sbb);
            }
          })
          .scoper(scoper)
          .addToSuite(suite);

      new Builder()
          .name("bind AWithImplementedBy")
          .key(Key.get(AWithImplementedBy.class), InjectsAWithImplementedBy.class)
          .module(new AbstractModule() {
            protected void configure() {
              ScopedBindingBuilder sbb = bind(AWithImplementedBy.class);
              scoper.configure(sbb);
            }
          })
          .scoper(scoper)
          .addToSuite(suite);

      new Builder()
          .name("bind ScopedA")
          .key(Key.get(ScopedA.class), InjectsScopedA.class)
          .module(new AbstractModule() {
            protected void configure() {
              ScopedBindingBuilder sbb = bind(ScopedA.class);
              scoper.configure(sbb);
            }
          })
          .expectedValues(new PlainA(201), new PlainA(201), new PlainA(202), new PlainA(202))
          .scoper(scoper)
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      });

      Key<T> anonymousKey = Key.get(key.getTypeLiteral(), UniqueAnnotations.create());
      binder.bind(key).toProvider(new InterceptingProvider<T>(key, anonymousKey));

      ScopedBindingBuilder scopedBindingBuilder = bindKeyToTarget(binding, binder, anonymousKey);

      // we scope the user's provider, not the interceptor. This is dangerous,
      // but convenient. It means that although the user's provider will live
      // in its proper scope, the intereptor gets invoked without a scope
      applyScoping(binding, scopedBindingBuilder);
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    binder.withSource(element.getSource())
        .convertToTypes(element.getTypeMatcher(), element.getTypeConverter());
  }

  protected <T> void writeBind(Binder binder, Binding<T> element) {
    ScopedBindingBuilder sbb
        = bindKeyToTarget(element, binder.withSource(element.getSource()), element.getKey());
    applyScoping(element, sbb);
  }
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    this.binder = binder;
  }
  public void register(Class requiredType, Class componentType) {
    boundClasses.add(requiredType);
    logger.debug("Binding {} to {}", requiredType, componentType);
    ScopedBindingBuilder binding = bindToConstructor(requiredType, componentType);
    if (defaultScope(componentType)) {
      binding.in(GuiceProvider.REQUEST);
    }
    registerFactory(componentType);
  }
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      });

      Key<T> anonymousKey = Key.get(key.getTypeLiteral(), UniqueAnnotations.create());
      binder.bind(key).toProvider(new InterceptingProvider<T>(key, anonymousKey));

      ScopedBindingBuilder scopedBindingBuilder = bindKeyToTarget(binding, binder, anonymousKey);

      // we scope the user's provider, not the interceptor. This is dangerous,
      // but convenient. It means that although the user's provider will live
      // in its proper scope, the intereptor gets invoked without a scope
      applyScoping(binding, scopedBindingBuilder);
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    boundClasses.add(requiredType);
    logger.debug("Binding {} to {}", requiredType, componentType);
    if (StereotypeHandler.class.isAssignableFrom(requiredType)) {
      stereotypeHandlers.addBinding().to(requiredType);
    }
    ScopedBindingBuilder binding = bindToConstructor(requiredType, componentType);
    if (defaultScope(componentType)) {
      binding.in(GuiceProvider.REQUEST);
    }
    registerFactory(componentType);
  }
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    @SuppressWarnings({"unchecked"})
    private <T> void configure(Context context, Binder binder, Type type, Bind annotation, InjectedProvider<T> provider) {
        AnnotatedBindingBuilder<T> builder1 = (AnnotatedBindingBuilder<T>) binder.bind(TypeLiteral.get(type));
        LinkedBindingBuilder<T> builder2 = annotation.annotatedBy().equals(NoAnnotation.class) ? builder1 : builder1.annotatedWith(annotation.annotatedBy());
        ScopedBindingBuilder builder3 = builder2.toProvider(provider);
        if (!annotation.scope().equals(NoAnnotation.class)) {
            builder3.in(annotation.scope());
        }
        context.<List<InjectedProvider<T>>>getAttribute("guice.providers").add(provider);
    }
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    @SuppressWarnings({"unchecked"})
    private <T> void configure(TestContext context, Binder binder, Type type, Bind annotation, InjectedProvider<T> provider) {
        AnnotatedBindingBuilder<T> builder1 = (AnnotatedBindingBuilder<T>) binder.bind(TypeLiteral.get(type));
        LinkedBindingBuilder<T> builder2 = annotation.annotatedBy().equals(NoAnnotation.class) ? builder1 : builder1.annotatedWith(annotation.annotatedBy());
        ScopedBindingBuilder builder3 = builder2.toProvider(provider);
        if (!annotation.scope().equals(NoAnnotation.class)) {
            builder3.in(annotation.scope());
        }
        context.attributes().<List<InjectedProvider<T>>>get("guice.providers").add(provider);
    }
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    binder.withSource(element.getSource())
        .convertToTypes(element.getTypeMatcher(), element.getTypeConverter());
  }

  protected <T> void writeBind(Binder binder, Binding<T> element) {
    ScopedBindingBuilder sbb
        = bindKeyToTarget(element, binder.withSource(element.getSource()), element.getKey());
    applyScoping(element, sbb);
  }
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    boundClasses.add(requiredType);
    logger.debug("Binding {} to {}", requiredType, componentType);
    if (StereotypeHandler.class.isAssignableFrom(requiredType)) {
      stereotypeHandlers.addBinding().to(requiredType);
    }
    ScopedBindingBuilder binding = bindToConstructor(requiredType, componentType);
    if (defaultScope(componentType)) {
      binding.in(GuiceProvider.REQUEST);
    }
    registerFactory(componentType);
  }
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