Examples of org.glassfish.hk2.utilities.ActiveDescriptorBuilder

org.glassfish.hk2.utilities.DescriptorImpl
The active descriptor build is for building up a non-reified ActiveDescriptor. Non-reified active descriptors are useful because upon bind the system will not do further analysis of the associated class file, assuming instead that all the information from the ActiveDescriptor is what the user intended. This can be used to supply qualifiers that are not marked with {@link Qualifier} or contracts that are notmarked with {@link Contract}. An unreified ActiveDescriptor given to a bind method need not implement the create or destroy method, as they are automatically created and destroyed by the system. @author jwells

     * 
     * @param name The name to look for
     * @return The indexed filter that can be used to calls to ServiceLocator methods
     */
    public static IndexedFilter createNameFilter(String name) {
        return new IndexedFilterImpl(null, name);
    }

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     * @param contract The advertised contract to look for
     * @param name The name to look for
     * @return The indexed filter that can be used to calls to ServiceLocator methods
     */
    public static IndexedFilter createNameAndContractFilter(String contract, String name) {
        return new IndexedFilterImpl(contract, name);
    }

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        if (descriptor.getLocatorId() == null) {
            throw new IllegalArgumentException("The descriptor must have a specific locator ID");
        }
        
        return new SpecificFilterImpl(contract, name,
                descriptor.getServiceId(),
                descriptor.getLocatorId());
        
    }

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        void complete(final DynamicConfiguration configuration, final HK2Loader defaultLoader) {
            if (this.loader == null) {
                this.loader = defaultLoader;
            }


            ActiveDescriptorBuilder builder = BuilderHelper.activeLink(service)
                    .named(name)
                    .andLoadWith(this.loader)
                    .analyzeWith(this.analyzer);


            if (scope != null) {
                builder.in(scope);
            }


            if (ranked != null) {
                builder.ofRank(ranked);
            }


            for (String key : metadata.keySet()) {
                for (String value : metadata.get(key)) {
                    builder.has(key, value);
                }
            }


            for (Annotation annotation : qualifiers) {
                builder.qualifiedBy(annotation);
            }


            for (Type contract : contracts) {
                builder.to(contract);
            }


            if (proxiable != null) {
                builder.proxy(proxiable);
            }
            
            if (proxyForSameScope != null) {
                builder.proxyForSameScope(proxyForSameScope);
            }


            configuration.bind(builder.build(), false);
        }

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            AbstractActiveDescriptor<?> factoryContractDescriptor = BuilderHelper.createConstantDescriptor(factory);
            factoryContractDescriptor.addContractType(factory.getClass());
            factoryContractDescriptor.setLoader(this.loader);


            ActiveDescriptorBuilder descriptorBuilder = BuilderHelper.activeLink(factory.getClass())
                    .named(name)
                    .andLoadWith(this.loader)
                    .analyzeWith(this.analyzer);
            
            if (scope != null) {
                descriptorBuilder.in(scope);
            }


            if (ranked != null) {
                descriptorBuilder.ofRank(ranked);
            }


            for (Annotation qualifier : qualifiers) {
                factoryContractDescriptor.addQualifierAnnotation(qualifier);
                descriptorBuilder.qualifiedBy(qualifier);
            }


            for (Type contract : contracts) {
                factoryContractDescriptor.addContractType(new ParameterizedTypeImpl(Factory.class, contract));
                descriptorBuilder.to(contract);
            }
            
            if (proxiable != null) {
                descriptorBuilder.proxy(proxiable);
            }
            
            if (proxyForSameScope != null) {
                descriptorBuilder.proxyForSameScope(proxyForSameScope);
            }


            configuration.bind(new FactoryDescriptorsImpl(
                    factoryContractDescriptor,
                    descriptorBuilder.buildProvideMethod()));
        }

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        void complete(DynamicConfiguration configuration, HK2Loader defaultLoader) {
            if (this.loader == null) {
                this.loader = defaultLoader;
            }


            ActiveDescriptorBuilder factoryDescriptorBuilder = BuilderHelper.activeLink(factoryClass)
             .named(name)
             .andLoadWith(this.loader)
             .analyzeWith(this.analyzer);
            
            if (factoryScope != null) {
                factoryDescriptorBuilder.in(factoryScope);
            }


            ActiveDescriptorBuilder descriptorBuilder = BuilderHelper.activeLink(factoryClass)
                    .named(name)
                    .andLoadWith(this.loader)
                    .analyzeWith(this.analyzer);


            if (scope != null) {
                descriptorBuilder.in(scope);
            }


            if (ranked != null) {
//                factoryContractDescriptor.ofRank(factoryRank);
                descriptorBuilder.ofRank(ranked);
            }


            for (Annotation qualifier : qualifiers) {
                factoryDescriptorBuilder.qualifiedBy(qualifier);
                descriptorBuilder.qualifiedBy(qualifier);
            }


            for (Type contract : contracts) {
                factoryDescriptorBuilder.to(new ParameterizedTypeImpl(Factory.class, contract));
                descriptorBuilder.to(contract);
            }
            
            if (proxiable != null) {
                descriptorBuilder.proxy(proxiable);
            }
            
            if (proxyForSameScope != null) {
                descriptorBuilder.proxyForSameScope(proxyForSameScope);
            }


            configuration.bind(new FactoryDescriptorsImpl(
                    factoryDescriptorBuilder.build(),
                    descriptorBuilder.buildProvideMethod()));
        }

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        void complete(final DynamicConfiguration configuration, final HK2Loader defaultLoader) {
            if (this.loader == null) {
                this.loader = defaultLoader;
            }


            ActiveDescriptorBuilder builder = BuilderHelper.activeLink(service)
                    .named(name)
                    .andLoadWith(this.loader)
                    .analyzeWith(this.analyzer);


            if (scope != null) {
                builder.in(scope);
            }


            if (ranked != null) {
                builder.ofRank(ranked);
            }


            for (String key : metadata.keySet()) {
                for (String value : metadata.get(key)) {
                    builder.has(key, value);
                }
            }


            for (Annotation annotation : qualifiers) {
                builder.qualifiedBy(annotation);
            }


            for (Type contract : contracts) {
                builder.to(contract);
            }


            if (proxiable) {
                builder.proxy();
            }
            
            if (proxyForSameScope != null) {
                builder.proxyForSameScope(proxyForSameScope);
            }


            configuration.bind(builder.build(), false);
        }

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            factoryContractDescriptor.setName(name);
            factoryContractDescriptor.setLoader(this.loader);
            factoryContractDescriptor.setProxiable(proxiable);
            factoryContractDescriptor.setClassAnalysisName(this.analyzer);


            ActiveDescriptorBuilder descriptorBuilder = BuilderHelper.activeLink(factory.getClass())
                    .named(name)
                    .andLoadWith(this.loader)
                    .analyzeWith(this.analyzer);
            
            if (scope != null) {
                descriptorBuilder.in(scope);
            }


            if (ranked != null) {
                descriptorBuilder.ofRank(ranked);
            }


            for (Annotation qualifier : qualifiers) {
                factoryContractDescriptor.addQualifierAnnotation(qualifier);
                descriptorBuilder.qualifiedBy(qualifier);
            }


            for (Type contract : contracts) {
                factoryContractDescriptor.addContractType(new ParameterizedTypeImpl(Factory.class, contract));
                descriptorBuilder.to(contract);
            }


            configuration.bind(new FactoryDescriptorsImpl(
                    factoryContractDescriptor,
                    descriptorBuilder.buildFactory()));
        }

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        void complete(DynamicConfiguration configuration, HK2Loader defaultLoader) {
            if (this.loader == null) {
                this.loader = defaultLoader;
            }


            ActiveDescriptorBuilder factoryDescriptorBuilder = BuilderHelper.activeLink(factoryClass)
             .named(name)
             .andLoadWith(this.loader)
             .analyzeWith(this.analyzer);
            
            if (factoryScope != null) {
                factoryDescriptorBuilder.in(factoryScope);
            }


            ActiveDescriptorBuilder descriptorBuilder = BuilderHelper.activeLink(factoryClass)
                    .named(name)
                    .andLoadWith(this.loader)
                    .proxy(proxiable)
                    .analyzeWith(this.analyzer);


            if (scope != null) {
                descriptorBuilder.in(scope);
            }


            if (ranked != null) {
//                factoryContractDescriptor.ofRank(factoryRank);
                descriptorBuilder.ofRank(ranked);
            }


            for (Annotation qualifier : qualifiers) {
                factoryDescriptorBuilder.qualifiedBy(qualifier);
                descriptorBuilder.qualifiedBy(qualifier);
            }


            for (Type contract : contracts) {
                factoryDescriptorBuilder.to(new ParameterizedTypeImpl(Factory.class, contract));
                descriptorBuilder.to(contract);
            }


            configuration.bind(new FactoryDescriptorsImpl(
                    factoryDescriptorBuilder.build(),
                    descriptorBuilder.buildFactory()));
        }

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        injectionMgr.inject(result, injector);
        return result;
    }
    
    private void parseInHk2LocatorOrig(BufferedReader reader, Map<String, String> cliCommandNames) throws IOException {
        DescriptorImpl desc = new DescriptorImpl();
        while (desc.readObject(reader)) {
            if (StringUtils.ok(desc.getName()) && desc.getAdvertisedContracts().contains(CLICommand.class.getName())) {
                cliCommandNames.put(desc.getName(), desc.getImplementation());
            }
        }
    }

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