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Imperative programming is the traditional code we usually write. It expresses actions as a series of lines of code indicating logical flow and assignment. Imperative code consists of complex algorithms and logical statements that direct an exact sequence of operations. On the other hand, declarative programming specifies what s to be done, not how to do it. Declarative code is simple it s just a statement, not an instruction set. The canonical example in declarative programming is regular expressions. Imagine reproducing the text search represented by a complex regular expression with imperative if statements and loops. Avoiding that burden and trusting good tools is one path to rapid construction and hassle-free maintenance.

{ gtk_widget_destroy (GTK_WIDGET (assistant)); } /* This function is where you would apply the changes and destroy the assistant. */ static void assistant_close (GtkAssistant *assistant, gpointer data) { g_print ("You would apply your changes now!\n"); gtk_widget_destroy (GTK_WIDGET (assistant)); }

CreateMap<Customer, CustomerInfo>() .ForMember(x => x.ShippingAddress, opt => { opt.AddFormatter<AddressFormatter>(); opt.SkipFormatter<HtmlEncoderFormatter>(); });

A GtkAssistant widget is a dialog with multiple pages, although it is actually not derived from GtkDialog. By calling gtk_assistant_new(), you create a new GtkAssistant widget with no initial pages. index = gtk_assistant_append_page (GTK_ASSISTANT (assistant), widget); There is no actual page widget for assistants, because each page is actually a child widget that is added with gtk_assistant_prepend_page(), gtk_assistant_append_page(), or gtk_assistant_insert_page(). Each of these functions accepts the child widget that is added as the content of the page and returns the new page s index. Each page has a number of properties that can be set, each of which is optional. A list of these options follows: Page title: Every page should have a title, so the user knows what it is for. Your first page should be an introductory page that tells the user information about the assistant. The last page must be a summary or confirmation page that makes sure the user is ready to apply the previous changes. Header image: In the top panel, you can display an optional image to the left of the title. This is often the application s logo or an image that complements the assistant s purpose. Side image: This optional image is placed along the left side of the assistant beside the main page content. It is meant to be used for aesthetic appeal. Page type: The page type must always be set, or it will default to GTK_ASSISTANT_ PAGE_CONTENT. The last page must always be a confirmation or summary page. You should also make the first page an introductory page that gives the user information about what task the assistant performs.

Elliptic curve cryptography (ECC) provides another mathematical way to build a public key cryptosystem. It was invented to by Neil Koblitz and Victor Miller independently at about the same time in 1985. Its discovery is much more recent than RSA. ECC is also based on number theory. Unlike RSA, its security is not dependent upon the difficulty of factoring large prime numbers, but instead is based upon the difficulty of the elliptic curve discrete logarithm problem.

AutoMapper must be initialized and configured. It s also important that developers have a way to test that the configuration is valid, because AutoMapper relies on naming conventions. We ll cover all these aspects and more in this section.