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cessing for GSM to take advantage of the additional nodes. In order to use this feature, you should ensure that the APPLDCP environment variable is set to ON and that a primary node has been assigned.

Figure 4-4. The new memory footprint of a GaimGroup object Without recompiling the plug-in, I attempt to use it. When the plug-in accesses group->name, it still attempts to access a string at address f+28. This no longer points to a string, though; it now

points to online_count. This will result in a bug and quite likely a crash. By calling gaim_group_get_name(group), the plug-in relies on Gaim to provide the correct value. Because Gaim is recompiled with the changes to GaimGroup, it will always know the correct offset, even when a plug-in compiled for an older version may not.

ith the addition of the forms for user submissions, your code-sharing application is nearly complete. Only three features are left to implement from the original list. Then you can wrap up the application with a few final views. Let s get started.

Errors that occur with GSM are typically a result of configuration problems with the FNDSM Listener, which is used by GSM to connect to Oracle Applications. Verify that listener.ora and tnsnames.ora have the appropriate configuration. Within the node s tnsnames.ora file, entries should be included of this form: FNDSM_<node_name>_<ORACLE_SID> = (DESCRIPTION= (ADDRESS=(PROTOCOL=tcp)(HOST=<node_name>)(PORT=<port_number>)) (CONNECT_DATA=(SID=FNDSM_<ORACLE_SID>)) )

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Data structures are ways of organizing data in an efficient way. Different data types are better suited for different applications. Because they are so important, many programming languages have their own implementation of these data structures built in; C does not. Because of this, the GLib library includes implementations of many data structures. In this section, I will review a few common data types used in Gaim and, where applicable, their GLib implementations.

A linked list is one of the simplest data structures. The most basic linked list is defined like this: typdef struct _LinkedList LinkedList struct _LinkedList { void *data; LinkedList *next; }; The LinkedList represents a node, an item within the list. Each node contains whatever data you add to it and a pointer to the next node in the list. Because it contains links to other items of the same type, this is known as a recursive data structure. There are several variations of a linked list, which can be more efficient in certain situations. The most common variation is the doubly linked list. A singly linked list (see Figure 4-5) contains links in only one direction; start at the front of the list and work your way forward. In some cases, it might be more efficient to work backward through the list as well. In these cases, a doubly linked list is used.

Currently, your application s users can keep track of their favorite snippets by bookmarking them in a web browser or posting bookmarks to a service like Delicious. However, it would be nice to give each user the ability to track a personalized list of snippets directly on the site. This will cut down on the amount of clutter in each user s general-purpose bookmarks, and it will provide a useful social metric most-bookmarked snippets that you can track and display publicly. To support this feature, you first need a model representing a user s bookmark. This is a pretty simple model, because all it needs to do is track a few pieces of information: The user the bookmark belongs to The snippet the user bookmarked The date and time when the user bookmarked the snippet

In addition to the configuration items already described, there are several other items that merit special consideration. These topics include TCF Socket, Discoverer Server, and Fulfillment Server.

Figure 4-5. A singly linked list A doubly linked list contains two LinkedList pointers. In addition to next pointing to the next item in the list, it also contains a prev pointer, which points to the previous item. This allows you to iterate through the list in either direction.

You can manage this by opening up cab/models.py and adding a new Bookmark model with three fields for this information: class Bookmark(models.Model): snippet = models.ForeignKey(Snippet) user = models.ForeignKey(User, related_name='cab_bookmarks') date = models.DateTimeField(editable=False) class Meta: ordering = ['-date']

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