Examples of javax.naming.ldap.Rdn

javax.naming.ldap.Rdn
etf.org/rfc/rfc2253.txt">RFC 2253. An example of an RDN is "OU=Sales+CN=J.Smith". In this example, the RDN consist of multiple attribute type/value pairs. The RDN is parsed as described in the class description for {@link javax.naming.ldap.LdapName LdapName}.
The Rdn class represents an RDN as attribute type/value mappings, which can be viewed using {@link javax.naming.directory.Attributes Attributes}. In addition, it contains convenience methods that allow easy retrieval of type and value when the Rdn consist of a single type/value pair, which is how it appears in a typical usage. It also contains helper methods that allow escaping of the unformatted attribute value and unescaping of the value formatted according to the escaping syntax defined in RFC2253. For methods that take or return attribute value as an Object, the value is either a String (in unescaped form) or a byte array.
Rdn will properly parse all valid RDNs, but does not attempt to detect all possible violations when parsing invalid RDNs. It is "generous" in accepting invalid RDNs. The "validity" of a name is determined ultimately when it is supplied to an LDAP server, which may accept or reject the name based on factors such as its schema information and interoperability considerations.
The following code example shows how to construct an Rdn using the constructor that takes type and value as arguments:
```
 Rdn rdn = new Rdn("cn", "Juicy, Fruit"); System.out.println(rdn.toString()); 
```
The last line will print cn=Juicy\, Fruit. The {@link #unescapeValue(String) unescapeValue()} method can beused to unescape the escaped comma resulting in the original value "Juicy, Fruit". The {@link #escapeValue(Object) escapeValue()} method adds the escape back preceding the comma.
This class can be instantiated by a string representation of the RDN defined in RFC 2253 as shown in the following code example:
```
 Rdn rdn = new Rdn("cn=Juicy\\, Fruit"); System.out.println(rdn.toString()); 
```
The last line will print cn=Juicy\, Fruit.
Concurrent multithreaded read-only access of an instance of Rdn need not be synchronized.
Unless otherwise noted, the behavior of passing a null argument to a constructor or method in this class will cause NullPointerException to be thrown. @since 1.5

     * The expected result is if a non null list of Rdns is sended, is a true.
     * </p>
     */
    public void testEndsWithListOfRdn007() throws Exception {
        LinkedList<Rdn> test = new LinkedList<Rdn>();
        test.add(new Rdn("t3=test3"));
        assertTrue(new LdapName("t3=test3,t2=test2,t=test").endsWith(test));
    }

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     * The expected result is the adding in the especified order.
     * </p>
     */
    public void testAddAllListOfRdn004() throws Exception {
        LinkedList<Rdn> test = new LinkedList<Rdn>();
        test.add(new Rdn("t=test"));
        LdapName ln = new LdapName("");
        ln.addAll(test);
        assertEquals("t=test", ln.toString());
    }

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     * The expected result is the adding in the especified order.
     * </p>
     */
    public void testAddAllListOfRdn005() throws Exception {
        LinkedList<Rdn> test = new LinkedList<Rdn>();
        test.add(new Rdn("t=test"));
        test.add(new Rdn("t2=test"));
        LdapName ln = new LdapName("t3=test");
        ln.addAll(test);
        assertEquals("t2=test,t=test,t3=test", ln.toString());
    }

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     * </p>
     */
    public void testAddAllIntListOfRdn002() throws Exception {
        LinkedList<Rdn> test = new LinkedList<Rdn>();
        try {
            test.add(new Rdn("t=test"));
            test.add(new Rdn("cn=common"));
            LdapName ln = new LdapName("t=test");
            ln.addAll(-1, test);
            fail("IndexOutOfBoundsException expected");
        } catch (IndexOutOfBoundsException e) {}
    }

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     */
    public void testAddAllIntListOfRdn003() throws Exception {


        LinkedList<Rdn> test = new LinkedList<Rdn>();
        try {
            test.add(new Rdn("t=test"));
            test.add(new Rdn("cn=common"));
            LdapName ln = new LdapName("t=test");
            ln.addAll(2, test);
            fail("IndexOutOfBoundsException expected");
        } catch (IndexOutOfBoundsException e) {}
    }

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     * The expected result is the Rdns added in the correct order.
     * </p>
     */
    public void testAddAllIntListOfRdn005() throws Exception {
        LinkedList<Rdn> test = new LinkedList<Rdn>();
        test.add(new Rdn("t=test"));
        LdapName ln = new LdapName("");
        ln.addAll(0, test);
        assertEquals("t=test", ln.toString());
    }

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     * The expected result is the name added to the end of the LdapName.
     * </p>
     */
    public void testAddString007() throws Exception {
        LinkedList ll = new LinkedList();
        ll.add(new Rdn("t=test"));
        LdapName ln = new LdapName(ll);
        ln.add("t1=test1");
        ll.remove(0);
        assertEquals(2, ln.size());
    }

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     * The expected result is the Rdn being inserted in the correct position.
     * </p>
     */
    public void testAddRdn001() throws Exception {
        LdapName ln = new LdapName("t=test");
        Rdn toadd = new Rdn("cn=common");
        assertNotNull(ln.add(toadd));
    }

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     * The expected result is the Rdn being inserted in the correct position.
     * </p>
     */
    public void testAddRdn002() throws Exception {
        LdapName ln = new LdapName("t=test");
        Rdn toadd = new Rdn("cn=common");
        assertEquals("cn=common,t=test", ln.add(toadd).toString());
    }

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     * </p>
     */
    public void testAddRdn003() throws Exception {
        try {
            LdapName ln = new LdapName("t=test");
            Rdn toadd = null;
            ln.add(toadd);
            fail("NPE expected");
        } catch (NullPointerException e) {}
    }

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