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4 5 6 7 8 9

(Decorate, Sort, Undecorate) with a single line of code by passing a key function, or do the DSU explicitly, as these two equivalent code snippets show:

using attributes of the user entries to maintain the organizational relationships All person entries are in a single pool or a small number of pools Each person entry has an attribute indicating the organization to which the person belongs Figure 12-2 shows the Acme DIT restructured to use attributes to represent the organizational hierarchy In this example, all employees are in a single pool If there is little possibility of change between divisions, then Acme might decide to have one pool for each division instead With the directory organization of Figure 12-2, Gern Farmer can change departments, or departments can change names, and all that needs to happen to Gern s account is that the ou attribute be updated His DN remains uid=gfarmer, ou=People, o=Acmecom, and his certi cates are still valid If an application needs to represent Gern s chain of af liation, it cannot do so simply by decomposing his DN; rather it must search for the entry to which his ou attribute points In this case, a subtree search from o=Acmecom for ou=Payroll will return ou=Payroll, ou=Accounting, ou=Internet Products, o=Acmecom In the remainder of this chapter we will develop components that demonstrate how to illustrate reporting relationships from directory information Similar techniques may be used to extract other types of relationships

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A hexadecimal numeral consists of the leading ASCII characters 0x or 0X followed by one or more ASCII hexadecimal digits and can represent a positive,

temp = [] for item in x: tempappend((itemlower(), item)) x = [] for key, value in sorted(temp): xappend(value)

zero, or negative integer Hexadecimal digits with values 10 through 15 are represented by the ASCII letters a through f or A through F, respectively; each letter used as a hexadecimal digit may be uppercase or lowercase HexNumeral: 0 x HexDigits 0 X HexDigits HexDigits: HexDigit HexDigit HexDigits

x = sorted(x, key=strlower)

The commonly used inetOrgPerson object class includes an optional attribute manager The ManagementParser class that will be developed in this chapter assumes that the manager attribute is used to indicate reporting relationships The attribute syntax for manager is dn, and it should point to another entry in the directory Having dn syntax rather than cis (case-insensitive string) syntax means that a search for a particular DN will succeed even if there is an extra space or two after the comma that separates RDNs, because the server normalizes away differences that are not relevant to DNs ManagementParser (Figure 12-3) follows the manager values as pointers to create a tree of nodes, using the JFC class DefaultMutableTreeNode for each entry ManagementParser uses the following algorithm: 1 Find all person entries that do not have a manager attribute and save them in a root list These entries are assumed to represent either top-level executives (with direct reports) or individuals who are not part of any organization 2 Find all person entries that do have a manager attribute and save them in a subordinate list Record each manager value found in a hash table 3 Check each manager value against the root list and the subordinate list If the value is not found in either list, then the directory information has not been kept up-to-date and any person entries reporting to the manager cannot be placed in the reporting hierarchy (we don t know who they really report to) 4 Starting with the members of the root list, search the subordinate list recursively for all entries reporting to a particular entry

An octal numeral consists of an ASCII digit 0 followed by one or more of the ASCII digits 0 through 7 and can represent a positive, zero, or negative integer OctalNumeral: 0 OctalDigits

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