Examples of javax.naming.ldap.LdapName

javax.naming.ldap.LdapName
etf.org/rfc/rfc2253.txt">RFC 2253. A distinguished name, or DN, is composed of an ordered list of components called relative distinguished names, or RDNs. Details of a DN's syntax are described in RFC 2253.
This class resolves a few ambiguities found in RFC 2253 as follows:
- RFC 2253 leaves the term "whitespace" undefined. The ASCII space character 0x20 (" ") is used in its place.
- Whitespace is allowed on either side of ',', ';', '=', and '+'. Such whitespace is accepted but not generated by this code, and is ignored when comparing names.
- AttributeValue strings containing '=' or non-leading '#' characters (unescaped) are accepted.
String names passed to LdapName or returned by it use the full Unicode character set. They may also contain characters encoded into UTF-8 with each octet represented by a three-character substring such as "\\B4". They may not, however, contain characters encoded into UTF-8 with each octet represented by a single character in the string: the meaning would be ambiguous.
LdapName will properly parse all valid names, but does not attempt to detect all possible violations when parsing invalid names. It is "generous" in accepting invalid names. 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.
When names are tested for equality, attribute types, both binary and string values, are case-insensitive. String values with different but equivalent usage of quoting, escaping, or UTF8-hex-encoding are considered equal. The order of components in multi-valued RDNs (such as "ou=Sales+cn=Bob") is not significant.
The components of a LDAP name, that is, RDNs, are numbered. The indexes of a LDAP name with n RDNs range from 0 to n-1. This range may be written as [0,n). The right most RDN is at index 0, and the left most RDN is at index n-1. For example, the distinguished name: "CN=Steve Kille, O=Isode Limited, C=GB" is numbered in the following sequence ranging from 0 to 2: {C=GB, O=Isode Limited, CN=Steve Kille}. An empty LDAP name is represented by an empty RDN list.
Concurrent multithreaded read-only access of an instance of LdapName need not be synchronized.
Unless otherwise noted, the behavior of passing a null argument to a constructor or method in this class will cause a NullPointerException to be thrown. @author Scott Seligman @since 1.5

            bas.put("test1", "test1");
            bas.put("test3", "test3");
            Rdn rdn1 = new Rdn(bas);
            LinkedList<Rdn> rdns = new LinkedList<Rdn>();
            rdns.add(rdn1);
            LdapName ln = new LdapName(rdns);
            assertEquals("test1=test1+test2=test2+test3=test3", ln.getAll().nextElement());
        } catch (Exception e) {
            e.printStackTrace();
        }
    }

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     * <p>
     * The expected result is zero.
     * </p>
     */
    public void testHashCode001() throws Exception {
        assertEquals(0, new LdapName("").hashCode());
    }

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     */
    public void testHashCode002() throws Exception {
        Rdn t = new Rdn("");
        LinkedList<Rdn> test = new LinkedList<Rdn>();
        test.add(t);
        LdapName ln = new LdapName(test);
        assertEquals(0, t.hashCode() & ln.hashCode());
        assertEquals(t.hashCode(), ln.hashCode());
    }

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        Rdn rdn1 = new Rdn("CN=commonName");
        Rdn rdn2 = new Rdn("t=test");
        LinkedList<Rdn> test = new LinkedList<Rdn>();
        test.add(rdn1);
        test.add(rdn2);
        LdapName ln = new LdapName(test);
        assertEquals(rdn1.hashCode() + rdn2.hashCode(), ln.hashCode());
    }

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     * The expected result is the equals hash of two objects.
     * </p>
     */
    public void testHashCode004() throws Exception {
        String test = "t=test,h=asd";
        LdapName x = new LdapName(test);
        LdapName y = new LdapName(test);
        assertNotSame(0, x.hashCode() & y.hashCode());
        assertEquals(x.hashCode(), y.hashCode());
    }

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     * <p>
     * The expected result is false.
     * </p>
     */
    public void testEquals003() throws Exception {
        LdapName ln = new LdapName("o=other");
        assertFalse(new LdapName("t=test").equals(ln));
    }

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     * <p>
     * The expected result is true.
     * </p>
     */
    public void testEquals004() throws Exception {
        assertTrue(new LdapName("t=test").equals(new LdapName("t=test")));
        assertTrue(new LdapName("t=test").equals(new LdapName("T=TEST")));
        assertTrue(new LdapName("t=test").equals(new LdapName("T=  TEST")));
    }

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     * The expected result in this case is if a change in primary object no
     * affect the clone.
     * </p>
     */
    public void testClone002() throws Exception {
        LdapName ln = new LdapName("t=test");
        LdapName copy = (LdapName) ln.clone();
        ln.add("ch=change");
        assertNotSame(ln.toString(), copy.toString());
    }

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     * The expected result in this case is if a change in the clone object no
     * affect the primary.
     * </p>
     */
    public void testClone003() throws Exception {
        LdapName ln = new LdapName("t=test");
        LdapName copy = (LdapName) ln.clone();
        copy.add("ch=change");
        assertNotSame(ln.toString(), copy.toString());
    }

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     * The expected result in this case is if clone of an empty object is equal
     * to its primary.
     * </p>
     */
    public void testClone004() throws Exception {
        LdapName ln = new LdapName("");
        LdapName copy = (LdapName) ln.clone();
        assertEquals(ln, copy);
    }

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