MemoryIdentityCacheTest.java

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 * Licensed to the Apache Software Foundation (ASF) under one
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 * distributed with this work for additional information
 * regarding copyright ownership. The ASF licenses this file
 * to you under the Apache License, Version 2.0 (the
 * "License"); you may not use this file except in compliance
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 *
 * http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing,
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package org.apache.cxf.sts.cache;

//import java.security.Principal;
import org.apache.cxf.sts.IdentityMapper;
import org.apache.wss4j.common.principal.CustomTokenPrincipal;

import org.junit.BeforeClass;

public class MemoryIdentityCacheTest extends org.junit.Assert {

    @BeforeClass
    public static void init() throws Exception {

    }

    // tests TokenStore apis for storing in the cache.
    @org.junit.Test
    public void testOneMapping() throws Exception {
        IdentityMapper mapper = new CacheIdentityMapper();
        MemoryIdentityCache cache = new MemoryIdentityCache(mapper);

        cache.mapPrincipal("REALM_A", new CustomTokenPrincipal("user_aaa"), "REALM_B");
        assertEquals(2, cache.size());
        assertNotNull(cache.get("user_aaa", "REALM_A"));
        assertNotNull(cache.get("user_bbb", "REALM_B"));
    }


    @org.junit.Test
    public void testTwoDistinctMappings() {
        IdentityMapper mapper = new CacheIdentityMapper();
        MemoryIdentityCache cache = new MemoryIdentityCache(mapper);

        cache.mapPrincipal("REALM_A", new CustomTokenPrincipal("user_aaa"), "REALM_B");
        cache.mapPrincipal("REALM_C", new CustomTokenPrincipal("user_ccc"), "REALM_D");
        assertEquals(4, cache.size());
        assertNotNull(cache.get("user_aaa", "REALM_A"));
        assertNotNull(cache.get("user_bbb", "REALM_B"));
        assertNotNull(cache.get("user_ccc", "REALM_C"));
        assertNotNull(cache.get("user_ddd", "REALM_D"));

    }

    @org.junit.Test
    public void testTwoDistinctAndOneRelatedMapping() {
        IdentityMapper mapper = new CacheIdentityMapper();
        MemoryIdentityCache cache = new MemoryIdentityCache(mapper);

        cache.mapPrincipal("REALM_A", new CustomTokenPrincipal("user_aaa"), "REALM_B");
        cache.mapPrincipal("REALM_C", new CustomTokenPrincipal("user_ccc"), "REALM_D");
        cache.mapPrincipal("REALM_A", new CustomTokenPrincipal("user_aaa"), "REALM_D");
        //now, mapping from A -> D and B -> D are cached as well
        assertEquals(4, cache.size());
        assertNotNull(cache.get("user_aaa", "REALM_A"));
        assertNotNull(cache.get("user_bbb", "REALM_B"));
        assertNotNull(cache.get("user_ccc", "REALM_C"));
        assertNotNull(cache.get("user_ddd", "REALM_D"));
        assertEquals(4, cache.get("user_aaa", "REALM_A").size());
        assertEquals(4, cache.get("user_bbb", "REALM_B").size());
        assertEquals(4, cache.get("user_ccc", "REALM_C").size());
        assertEquals(4, cache.get("user_ddd", "REALM_D").size());
    }

    @org.junit.Test
    public void testTwoDistinctAndTwoRelatedMapping() {
        IdentityMapper mapper = new CacheIdentityMapper();
        MemoryIdentityCache cache = new MemoryIdentityCache(mapper);

        cache.mapPrincipal("REALM_A", new CustomTokenPrincipal("user_aaa"), "REALM_B");
        cache.mapPrincipal("REALM_D", new CustomTokenPrincipal("user_ddd"), "REALM_E");
        assertEquals(4, cache.size());
        //No Mapping occured between A,B and D,E (C not involved at all)
        assertEquals(2, cache.get("user_aaa", "REALM_A").size());
        assertEquals(2, cache.get("user_bbb", "REALM_B").size());
        assertEquals(2, cache.get("user_ddd", "REALM_D").size());
        assertEquals(2, cache.get("user_eee", "REALM_E").size());

        cache.mapPrincipal("REALM_B", new CustomTokenPrincipal("user_bbb"), "REALM_C");
        assertEquals(5, cache.size());
        assertNotNull(cache.get("user_aaa", "REALM_A"));
        assertNotNull(cache.get("user_bbb", "REALM_B"));
        assertNotNull(cache.get("user_ccc", "REALM_C"));
        assertNotNull(cache.get("user_ddd", "REALM_D"));
        assertNotNull(cache.get("user_eee", "REALM_E"));
        assertEquals(3, cache.get("user_aaa", "REALM_A").size());
        assertEquals(3, cache.get("user_bbb", "REALM_B").size());
        assertEquals(3, cache.get("user_ccc", "REALM_C").size());
        //No mapping occurred between A,B,C and D,E -> distinct
        assertEquals(2, cache.get("user_ddd", "REALM_D").size());
        assertEquals(2, cache.get("user_eee", "REALM_E").size());

        cache.mapPrincipal("REALM_C", new CustomTokenPrincipal("user_ccc"), "REALM_E");
        //All mappings are known now
        assertEquals(5, cache.size());
        assertNotNull(cache.get("user_aaa", "REALM_A"));
        assertNotNull(cache.get("user_bbb", "REALM_B"));
        assertNotNull(cache.get("user_ccc", "REALM_C"));
        assertNotNull(cache.get("user_ddd", "REALM_D"));
        assertNotNull(cache.get("user_eee", "REALM_E"));
        assertEquals(5, cache.get("user_aaa", "REALM_A").size());
        assertEquals(5, cache.get("user_bbb", "REALM_B").size());
        assertEquals(5, cache.get("user_ccc", "REALM_C").size());
        assertEquals(5, cache.get("user_ddd", "REALM_D").size());
        assertEquals(5, cache.get("user_eee", "REALM_E").size());
    }

}