dependency.accessRules.add(new AccessRule('0', 'id-accessible'))
                dependency.accessRules.add(new AccessRule('1', 'id-nonaccessible'))
                dependency.accessRules.add(new AccessRule('2', 'id-discouraged'))
                dependency.accessRules.add(new AccessRule('accessible', 'literal-accessible'))
                dependency.accessRules.add(new AccessRule('nonaccessible', 'literal-nonaccessible'))

    private
    fun targetTypesOf(accessorNameSpec: AccessorNameSpec): HashSet<TypeAccessibility.Accessible> =
        targetTypesByName.computeIfAbsent(accessorNameSpec) { hashSetOf() }
}


internal
fun extensionAccessor(spec: TypedAccessorSpec): String = spec.run {
    when (type) {
        is TypeAccessibility.Accessible -> accessibleExtensionAccessorFor(receiver.type.kotlinString, name, type.type.kotlinString)

                    // `implementation` dependencies are accessible
                    assert new com.fasterxml.jackson.databind.ObjectMapper().readTree("{\\\"hello\\\": \\\"test\\\"}").get("hello").asText().equals("test");

                    // `compileOnly` dependencies are accessible at compile-time
                    try {

        assertThat(
            projectSchema.extension("buildScan").type,
            equalTo(inaccessible(type, nonAvailable(type.kotlinString)))
        )
    }

    @Test
    fun `public type is represented as Accessible`() {

        val typeString = "existing.Type"

        val classPath = classPathWithPublicType(typeString)
        classLoaderFor(classPath).useToRun {
            val type = schemaTypeFor(typeString)

        this.privateDependentDelegate = privateDependentConsumer;
    }

    /**
     * Consume "accessible" dependents of a constant. Accessible dependents in this context
     * are dependents that have a constant calculated from constant from origin.
     *
     * Example of accessible dependent:
     * class A {
     *     public static final int CALCULATE_ACCESSIBLE_CONSTANT = CONSTANT;
     * }
     */

    fun `public generic type with primitive component type is accessible`() {

        val genericTypeWithPrimitiveComponent = SchemaType.of<PublicGenericType<String>>()
        assertThat(
            accessibilityFor(
                genericTypeWithPrimitiveComponent,
                classPath = jarClassPathWith(PublicGenericType::class)
            ),
            equalTo(accessible(genericTypeWithPrimitiveComponent))
        )
    }

example, if the domain is set to `domain.com`, the buckets `bucket1`, `bucket2` will be accessible as `bucket1.domain.com`
and `bucket2.domain.com`.

#### MINIO_PUBLIC_IPS

This is comma separated list of IP addresses to which buckets created on this MinIO instance will resolve to. For example,
a bucket `bucket1` created on current MinIO instance will be accessible as `bucket1.domain.com`, and the DNS entry for

	//
	// The `apiVersion`, `kind`, `metadata.name` and `metadata.generateName` are always accessible from the root of the
	// object and from any x-kubernetes-embedded-resource annotated objects. No other metadata properties are accessible.
	//
	// Unknown data preserved in custom resources via x-kubernetes-preserve-unknown-fields is not accessible in CEL
	// expressions. This includes:

	// ErrModelValueRequired model value required
	ErrModelValueRequired = errors.New("model value required")
	// ErrModelAccessibleFieldsRequired model accessible fields required
	ErrModelAccessibleFieldsRequired = errors.New("model accessible fields required")
	// ErrSubQueryRequired sub query required
	ErrSubQueryRequired = errors.New("sub query required")
	// ErrInvalidData unsupported data

					{Address: "2.2.2.2", Weight: 6},
					// 2 endpoints on network2, cluster2b
					{Address: "2.2.2.20", Weight: 6},
					{Address: "2.2.2.21", Weight: 6},
					// 1 endpoint on network4 with no gateway (i.e. directly accessible)
					{Address: "40.0.0.1", Weight: 6},
				},
				Weight: 42,
			},
		},
		wantWorkloadMetadata: []string{
			";ns;example;;cluster1a",
			";ns;example;;cluster1a",
			";ns;example;;cluster1b",