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DELETE The ability to delete the object. This permission is defined as 0x10000, or bit 16 in Figure 3-4 set to 1. READ_CONTROL The ability to read the object s security descriptor, excluding the SACL. This permission is defined as 0x20000, or bit 17 in Figure 3-4 set to 1. WRITE_DAC The ability to change permissions on this object (write DACL). This permission is defined as 0x40000, or bit 18 in Figure 3-4 set to 1. WRITE_OWNER The ability to change the owner of an object. This permission is defined as 0x80000, or bit 19 in Figure 3-4 set to 1. SYNCHRONIZE The right to use the object for synchronization. For example, if a process needs to be informed when an object changes state it creates a synchronization handle on the object. It will then be notified when the object changes state. This permission is defined as 0x100000, or bit 20 in Figure 3-4 set to 1.

Using JDOM vs. JAXB You might be wondering why we chose JDOM over JAXB for our value object example. JAXB is, after all, a member of the Java XML extension APIs. JDOM is only a JCR at this point. The reason is one of flexibility. Using a JDOM approach, very few of the objects in our system are tied to the internal structure of the value objects. When we alter the XML data structure, only those components that operate on the structures need to be changed, and then only if those objects are working with the XML data at the lowest level (e.g., traversing and populating nodes in code). None of the interfaces in the system need to change as a result of XML structure changes, reducing the amount of running code in the system that needs to be retested. Using JAXB requires a tight coupling between the value objects and the data structure. XML structural changes require rebinding of the JAXB classes and retesting all of the components that interact with the JAXB objects. 3.1.3 When not to use XML interfaces

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The false value in the [Obsolete] attribute indicates that the use of the obsolete element isn t considered an error.

There are also combinations of the standard rights, but they are primarily of interest to programmers, and you will not see them unless you read developer documentation. Therefore, we will ignore those for the moment. Finally, we have 16 bits of object-specific rights in the access mask. The object-specific rights allow you to configure permissions that are valid only on some objects. Table 3-4 lists and explains the object-specific rights for file system objects. Note that only 8 of the bits are actually used for file system objects. If you are interested in object-specific rights for other types of objects, please consult the developer documentation on http://msdn.microsoft.com. Search for object-specific rights and whatever object type you wish to learn more about.

This book is about using XML in your J2EE applications with discretion. This entire section discusses the merits of using XML throughout your application as an internal data format. We would be remiss not to emphasize the fact that the above approach is not appropriate in certain circumstances. You need to consider some specific aspects of your system carefully before jumping in to an all-XML system. Two of the most important considerations for deciding if XML is right for your component pertain to resource usage and performance.

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Table 3-4 Definition FILE_READ_DATA FILE_LIST_DIRECTORY FILE_WRITE_DATA FILE_ADD_FILE FILE_APPEND_DATA FILE_ADD_SUBDIRECTORY FILE_READ_EA