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tion requires more than 16 bits The range of legal code points is now U+0000 to U+10FFFF, using the hexadecimal U+n notation Characters whose code points are greater than U+FFFF are called supplementary characters To represent the complete range of characters using only 16-bit units, the Unicode standard de nes an encoding called UTF-16 In this encoding, supplementary characters are represented as pairs of 16-bit code units, the rst from the high-surrogates range, (U+D800 to U+DBFF), the second from the low-surrogates range (U+DC00 to U+DFFF) For characters in the range U+0000 to U+FFFF, the values of code points and UTF-16 code units are the same The Java programming language represents text in sequences of 16-bit code units, using the UTF-16 encoding A few APIs, primarily in the Character class, use 32-bit integers to represent code points as individual entities The Java platform provides methods to convert between the two representations This book uses the terms code point and UTF-16 code unit where the representation is relevant, and the generic term character where the representation is irrelevant to the discussion Except for comments ( 37), identi ers, and the contents of character and string literals ( 3104, 3105), all input elements ( 35) in a program are formed only from ASCII characters (or Unicode escapes ( 33) which result in ASCII characters) ASCII (ANSI X34) is the American Standard Code for Information Interchange The rst 128 characters of the Unicode character encoding are the ASCII characters

Which search method we use is purely a matter of taste and circumstance, although if we are looking for multiple index positions, using the strindex() method often produces cleaner code, as the following two equivalent functions illustrate:

/** * Returns an array of names of mechanisms supported by this * factory * @return a non-null array containing IANA-registered SASL * mechanism names */ public String[] getMechanismNames() { return new String[] { MECHANISM_NAME }; } private final static String MECHANISM_NAME = "ANONYMOUS"; private final static String MECHANISM_CLASS = "mypackagesaslmechanismsAnonymous"; }

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The longest possible translation is used at each step, even if the result does not ultimately make a correct program while another lexical translation would Thus the input characters a--b are tokenized ( 35) as a, --, b, which is not part of any grammatically correct program, even though the tokenization a, -, -, b could be part of a grammatically correct program

def extract_from_tag(tag, line): def extract_from_tag(tag, line): opener = "<" + tag + ">" opener = "<" + tag + ">" closer = "</" + tag + ">" closer = "</" + tag + ">" try: i = linefind(opener) i = lineindex(opener) if i != -1: start = i + len(opener) start = i + len(opener) j = lineindex(closer, start) j = linefind(closer, start) return line[start:j] if j != -1: except ValueError: return line[start:j] return None return None

After you have de ned and compiled the SASL client class and a factory that can produce it, you can use the LDAPConnectionauthenticate methods to authenticate to the server, as described earlier Specify your factory either with SaslsetClientFactory or by setting the javaxsecuritysaslclientpkgs property in the props argument to authenticate

UnicodeEscape: \ UnicodeMarker HexDigit HexDigit HexDigit HexDigit UnicodeMarker:

Both versions of the extract_from_tag() function have exactly the same behavior For example, extract_from_tag("red", "what a <red>rose</red> this is") returns the string rose The exception-handling version on the left separates out the code that does what we want from the code that handles errors, and the error return value version on the right intersperses what we want with error handling The methods strcount(), strendswith(), strfind(), strrfind(), strindex(), strrindex(), and strstartswith() all accept up to two optional arguments: a start position and an end position Here are a couple of equivalences to put this in context, assuming that s is a string:

In this chapter we have discussed the ways in which directory data and client sessions can be protected Directory data is subject to access control There is no standard yet for de ning and publishing the access control of an LDAP server, but we have looked closely at how it is published and con gured in Netscape Directory Server Three authentication types are published in Internet standards-track documents: simple password authentication, TLS (SSL), and SASL All LDAP servers support simple password authentication, but not many support the proposed standard for TLS (although many support SSL over a dedicated connection) SASL is more widely supported in principle, but not many mechanisms are available yet for most servers or clients SSL is the only widely used protocol for session privacy SASL offers a means for negotiating a security layer, but mechanisms to support a security layer are not yet available for most servers or clients

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