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Backward compatibility: Autokey is backward compatible with NTPv3 symmetric key cryptography, which allows for the coexistence of NTPv3 and NTPv4 implementations in the same deployments. The compatibility is facilitated by dividing the key ID space in NTPv4 into two subspaces. The values of the symmetric key IDs are less than 65,536, while the pseudo-random values of the Autokey key IDs are equal to or greater than 65,536. Key ID and key lifetime duration: The lifetimes of symmetric key IDs (and keys) are indefinite, while the Autokey key ID and key lifetimes are short, ranging in duration from that of a single polling interval (in practice 64 seconds or higher see outputs in the Sample Analysis of NTP Variables section earlier in this chapter) to a maximum of about an hour. If the polling interval should be greater than one hour, a new key list is regenerated. NTP packet modification: The NTP packet has been modified to accommodate the Autokey protocol. One or more extension fields have been added to the packet between the original header (ending with the transmit timestamp see the NTP Data Messages section in 3 for more details on the NTP packet structure) and the optional authenticator. The optional authenticator field now contains the 128-bit message digest hash and the key ID, which collectively are referred to as the Massage Authentication Code (MAC). Separate authentication for each NTP association: The Autokey protocol maintains a separate list of autokey sequences for each association, which in principle is similar to the operations of symmetric key cryptography where each association is independently authenticated.

If a business object is retrieved using a remote data portal configuration, the business object will be created and loaded on the server. It s then returned to the client. The result, however, is that there s a copy left in memory on the server. Because of this, there s no way to call the business object s Dispose() method on the server. To avoid this scenario, any time that the data portal may be configured to run outside the client process, the business object designs must avoid any requirement for a Dispose() method.

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You might need to trim this data, since the trailing whitespace is preserved. You can do that in the control file, using the TRIM built-in SQL function. A word of caution to those of you lucky enough to work on both Windows and UNIX: the end-of-line marker is different on these platforms. On UNIX, it is simply \n (CHR(10) in SQL). On Windows NT, it is \r\n (CHR(13)||CHR(10) in SQL). In general, if you use the FIX approach, make sure to create and load the file on a homogenous platform (UNIX and UNIX, or Windows and Windows).

Another method of loading data with embedded newline characters is to use the VAR attribute. When using this format, each record will begin with some fixed number of bytes that represent the total length of the incoming record. Using this format, we can load variable-length records that contain embedded newlines, but only if we have a record length field at the beginning of each and every record. So, if we use a control file such as this LOAD DATA INFILE demo.dat "var 3" INTO TABLE DEPT REPLACE FIELDS TERMINATED BY ',' TRAILING NULLCOLS (DEPTNO, DNAME "upper(:dname)", LOC "upper(:loc)", COMMENTS ) then the VAR 3 says that the first 3 bytes of each input record contain the length of that input record. If we take a data file such as the following [tkyte@desktop tkyte]$ cat demo.dat 05510,Sales,Virginia,This is the Sales Office in Virginia 06520,Accounting,Virginia,This is the Accounting

Office in Virginia 06530,Consulting,Virginia,This is the Consulting Office in Virginia 05940,Finance,Virginia,This is the Finance Office in Virginia [tkyte@desktop tkyte]$ we can load it using that control file. In our input data file, we have four rows of data. The first row starts with 055, meaning that the next 55 bytes represent the first input record. This 55 bytes includes the terminating newline after the word Virginia. The next row starts with 065. It has 65 bytes of text, and so on. Using this format data file, we can easily load our data with embedded newlines. Again, if you are using UNIX and Windows (the preceding example was with UNIX, where a newline is one character long), you would have to adjust the length field for each record. On Windows, the preceding example s .dat file would have to contain 56, 66, 66, and 60 for the values in the length fields.

At times, applications need to retrieve a collection of child objects directly. To do this, you need to create a root collection object. For instance, the application may have a WPF UI consisting of a ListBox control that displays a collection of Contact objects. If the root object is a collection of child Contact objects, the UI developer can simply bind the collection to the ListBox (with an appropriate data template), and the user can edit all the objects in the list.

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