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guint g_idle_add_full (gint priority, GSourceFunc idle_function, gpointer data, GDestroyNotify destroy_function); The second parameter in g_idle_add_full() is the actual idle function Similar to timeouts, idle functions receive a gpointer and return a gboolean value By returning FALSE from the idle function, it will be removed The gpointer parameter is defined by the third parameter of g_idle_add_full() The last parameter defines a destroy function that will be called when the idle function is removed, which occurs when FALSE is returned from the idle function It is safe to set this parameter as NULL Destroy functions defined in g_idle_add_full() should not return any value, but do receive a gpointer as their parameter This gpointer is the same value originally received by the idle function, which gives you an opportunity to free it from memory.

using Core; using FluentNHibernate.Mapping; namespace Infrastructure { public class VisitorMap : ClassMap<Visitor> { public VisitorMap() Declares { mapped table Table("Visitor"); DynamicUpdate(); Id(x => x.Id).GeneratedBy.GuidComb(); Map(x => x.PathAndQuerystring).Length(4000).Not.Nullable(); Map(x => x.LoginName).Length(255).Not.Nullable(); Map(x => x.Browser).Length(4000).Not.Nullable(); Map(x => x.VisitDate).Not.Nullable(); Defines primary Map(x => x.IpAddress).Not.Nullable(); key property } } }

While you can remove an idle function be returning FALSE from the callback, you can also remove it from any place in your application with g_idle_remove_data() This function accepts the data that was used for the idle function s callback and will return TRUE if it was successfully removed gboolean g_idle_remove_by_data (gpointer data);.

Alice takes the gb mod p that she receives, and raises it to the power a, thereby computing (gb)a mod p Bob takes the ga mod p.

/*< xml version="1.0" encoding="utf-8" > <hibernate-mapping xmlns="urn:nhibernate-mapping-2.2" namespace="Core" assembly="Core"> <class name="Visitor" table="Visitors" dynamic-update="true"> <id name="Id" column="Id" type="Guid"> <generator class="guid.comb"/> </id> <property name="PathAndQuerystring" length="4000" not-null="true"/> <property name="LoginName" length="255" not-null="true"/> <property name="Browser" length="4000" not-null="true"/> <property name="VisitDate" not-null="true"/> <property name="IpAddress" not-null="true"/> </class> </hibernate-mapping> */

Caution You should never call g_idle_remove_by_data() on an idle function within its callback. This can cause corruption in the idle function list. Instead, return FALSE to remove the idle function within the callback.

The first line B is pretty standard and specifies the table to use. The Id method C is special, and it has to be the first property mapped on an entity. This will become the primary key on the table, and the generator node has many options for defining how this primary key is generated, including SQL Server identity and Oracle sequence functionality. We want the Visitor object to have a value in the Id property before being persisted, so we re configuring NHibernate to generate a Guid for us before issuing the INSERT statement to the database. The GuidComb() generator is special; it generates GUIDs in sequential order so that the clustered index on the primary key column has little to do when a new record is inserted into the table. This sequencing sacrifices a bit of uniqueness in the GUID algorithm, but in this context, the only thing that s important is that the GUID be unique for this particular table.

2. Otherwise, Bob could make up a symmetric conversation key and send it to Alice using the key she sent him. Alternatively, if Bob had Alice s public key certificate, he could send her the symmetric key encrypted with her public key. 3. Assuming that RSA is used; remember that a public key certificate would not be required with IBE.

One of the most useful features provided by GLib is the vast collection of data types. This chapter will introduce you to the most important data types, many of which are used in concurrence with GTK+ widgets. You should pay special attention to singly and doubly linked lists, since these are widely used throughout GTK+. You will notice as you go through the rest of this section that each of the data types presented is used in a similar way. This uniform API reduces the number of design patterns you need to learn. In doing this, many of the types were endowed with similar functions. However, each of these types has specific advantages and disadvantages that you should pay close attention to when deciding what type to use.

You can read more about the COMB GUID from the inventor, Jimmy Nilsson, in his article The Cost of GUIDs as Primary Keys : http://mng.bz/4q49.