Examples of org.auraframework.system.MasterDefRegistry.find()

Class org.auraframework.system.MasterDefRegistry

Examples of org.auraframework.system.MasterDefRegistry.find()

org.auraframework.system.MasterDefRegistry.find()
Given a descriptor that contains search patterns or wildcards, return a set of Descriptors for all existing Definitions who have source that exists. Does not compile the definitions if they were not already compiled, and does not guarantee that they can compile.

        Map<DefDescriptor<?>, Definition> filtered;
        Set<String> namespaces = Sets.newHashSet(namespace);
        //
        // Fetch all matching descriptors for our 'root' definitions.
        //
        descriptors = mdr.find(root_nsf);
        // HACK! this should go away with: W-2368045
        descriptors.add(Aura.getDefinitionService().getDefDescriptor("markup://"+namespace, NamespaceDef.class));
        for (DefDescriptor<?> desc : descriptors) {
            Definition def = null;
            try {

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    }


    @Override
    public void appendDependencies(Set<DefDescriptor<?>> dependencies) {
        MasterDefRegistry mdf = Aura.getContextService().getCurrentContext().getDefRegistry();
        Set<DefDescriptor<?>> found = mdf.find(this.dependency);
        if (found.size() == 0) {
            // TODO: QuickFix for broken dependency.
            if (error == null) {
                error = new InvalidDefinitionException("Invalid dependency " + this.dependency, getLocation());
            }

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                configAdapter.isPrivilegedNamespace(npNSDef.getNamespace()));
        assertFalse(npRendererDef.getNamespace() + "  should not have been isPriveleged",
                configAdapter.isPrivilegedNamespace(npRendererDef.getNamespace()));


        DescriptorFilter filter = new DescriptorFilter("*://test:*");
        Set<DefDescriptor<?>> results = mdr.find(filter);
        assertTrue("results should be cached", isInDescriptorFilterCache(filter, results, mdri));
        DescriptorFilter filter2 = new DescriptorFilter("*://gvpTest:*");
        Set<DefDescriptor<?>> results2 = mdr.find(filter2);
        assertTrue("results2 should be cached", isInDescriptorFilterCache(filter2, results2, mdri));

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        DescriptorFilter filter = new DescriptorFilter("*://test:*");
        Set<DefDescriptor<?>> results = mdr.find(filter);
        assertTrue("results should be cached", isInDescriptorFilterCache(filter, results, mdri));
        DescriptorFilter filter2 = new DescriptorFilter("*://gvpTest:*");
        Set<DefDescriptor<?>> results2 = mdr.find(filter2);
        assertTrue("results2 should be cached", isInDescriptorFilterCache(filter2, results2, mdri));


        DescriptorFilter filter3 = new DescriptorFilter("*://cstring:*");
        Set<DefDescriptor<?>> results3 = mdr.find(filter3);
        assertFalse("results3 should not be cached", isInDescriptorFilterCache(filter3, results3, mdri));

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        DescriptorFilter filter2 = new DescriptorFilter("*://gvpTest:*");
        Set<DefDescriptor<?>> results2 = mdr.find(filter2);
        assertTrue("results2 should be cached", isInDescriptorFilterCache(filter2, results2, mdri));


        DescriptorFilter filter3 = new DescriptorFilter("*://cstring:*");
        Set<DefDescriptor<?>> results3 = mdr.find(filter3);
        assertFalse("results3 should not be cached", isInDescriptorFilterCache(filter3, results3, mdri));
        DescriptorFilter filter4 = new DescriptorFilter("*://cstring1:*");
        Set<DefDescriptor<?>> results4 = mdr.find(filter4);
        assertFalse("results4 should be cached", isInDescriptorFilterCache(filter4, results4, mdri));

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        DescriptorFilter filter3 = new DescriptorFilter("*://cstring:*");
        Set<DefDescriptor<?>> results3 = mdr.find(filter3);
        assertFalse("results3 should not be cached", isInDescriptorFilterCache(filter3, results3, mdri));
        DescriptorFilter filter4 = new DescriptorFilter("*://cstring1:*");
        Set<DefDescriptor<?>> results4 = mdr.find(filter4);
        assertFalse("results4 should be cached", isInDescriptorFilterCache(filter4, results4, mdri));


        DescriptorFilter filter5 = new DescriptorFilter("*://*:*");
        Set<DefDescriptor<?>> results5 = mdr.find(filter5);
        assertFalse("results5 should not be cached", isInDescriptorFilterCache(filter5, results5, mdri));

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        DescriptorFilter filter4 = new DescriptorFilter("*://cstring1:*");
        Set<DefDescriptor<?>> results4 = mdr.find(filter4);
        assertFalse("results4 should be cached", isInDescriptorFilterCache(filter4, results4, mdri));


        DescriptorFilter filter5 = new DescriptorFilter("*://*:*");
        Set<DefDescriptor<?>> results5 = mdr.find(filter5);
        assertFalse("results5 should not be cached", isInDescriptorFilterCache(filter5, results5, mdri));
        // DescriptorFilter filter6 = new DescriptorFilter("*://*test:*");
        // Set<DefDescriptor<?>> results6 = mdr.find(filter6);
        // assertFalse("results6 should be cached", isInDescriptorFilterCache(filter6, results6, mdri));

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