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It is sometimes suggested that XSS is an issue that occurs due to lack of proper input validation Strictly speaking, this is not so, and relying on input validation alone can result in incomplete solutions There are a number of reasons that support this observation: It is often not possible to restrict input strings to a set of characters that are safe to output in all HTML contexts For example, we may have to allow angle-bracket and double-quote characters for an input field representing an e-mail address to allow addresses of the form "Alice User" <alice@learnsecuritycom> Input validation is usually applied at the outer boundaries of the overall system for example, to query parameters received with HTTP requests, or data retrieved from a back-end data feed However, back-end applications and databases are usually considered inside the input validation boundary.

Like regular areas, portable areas must be registered. This is done by inheriting from a base class provided by MvcContrib, PortableAreaRegistration, as shown in listing 22.1.

gint (guint)

public class ViewPage<TModel> : ViewPage { public AjaxHelper<TModel> Ajax { get; set; } public HtmlHelper<TModel> Html { get; set; } public TModel Model { get; } public ViewDataDictionary<TModel> ViewData { get; set; } }

gint8 (guint8)

As such, it is common that data read from a database is not passed through an input validation layer At the same time, another application component may have very reasonably decided that writing a string containing HTML metacharacters to the database is safe; the developer of that component may not be aware that the string is later read back from the database and displayed to the user as part of an HTML document At a very basic level, we make the observation that no risk arises from strings containing HTML (and potentially JavaScript) while they are being passed around within a web application, written to databases, used within database queries, and so forth Problems only arise when the string is sent to a user s browser and interpreted as HTML.

In addition to providing a strongly typed wrapper over ViewData.Model through the Model property B, the ViewPage<T> class provides access to strongly typed versions of the associated view helper objects, AjaxHelper and HtmlHelper. To use a strongly typed view, we first have to ensure that our controller action sets the ViewData.Model properly. In listing 3.6, we retrieve all the profiles for display in a list page and pass the entire collection of profiles to the View method, which encapsulates setting the ViewData.Model property.

gint16 (guint16)

public ViewResult Index() { var profiles = _profileRepository.GetAll(); return View(profiles); }

gint32 (guint32)

It is in many cases not architecturally reasonable to enforce that all strings be HTMLsafe (free of HTML metacharacters or suitably escaped) throughout the system As such, we often cannot avoid addressing the problem by sanitizing strings at the time they are inserted into an HTML document, ie, by performing output sanitization This, of course, does not imply that you should be lenient with respect to input validation! You must always apply the strongest possible input validation constraints within the parameters given by your feature specifications Strict input validation will often prevent a missing.

In the Index view used with this action, even the loose-typed ViewPage class can use the ViewData.Model property. But this property is only of type object, and we d need to cast the result to use it effectively. Instead, we can make our view page inherit from ViewPage<T>, as shown in listing 3.7.

Signed and unsigned integers that are designed to be 32 bits on all platforms. Signed values are within the range from -2,147,483,648 to 2,147,483,647 (G_MININT32 to G_MAXINT32) and unsigned values from 0 to 4,294,967,295 (G_MAXUINT32). Signed and unsigned integers that are designed to be 64 bits on all platforms. Signed values are within the range from -263 to 263-1 (G_MININT64 to G_MAXINT64) and unsigned values from 0 to 264-1 (G_MAXUINT64). Signed and unsigned data types corresponding to the standard C long type. Signed glong values must be within the range from G_MINLONG to G_MAXLONG. The maximum gulong value is given by G_MAXULONG. A generic, untyped pointer that is defined as void*. It is simply meant to look more appealing than the standard void* type. Signed and unsigned data types corresponding to the standard C short type. Signed gshort values must be within the range from G_MINSHORT to G_MAXSHORT. The maximum gushort value is given by G_MAXUSHORT. Unsigned and signed 32-bit integers that are used by many data structures to represent sizes. The gsize data type is defined as unsigned int and gssize as signed int.

<%@ Page Language="C#" MasterPageFile="~/Views/Shared/Site.Master" Inherits="System.Web.Mvc.ViewPage<AccountProfile.Models.Profile[]>" %>

In our discussion of symmetric and asymmetric algorithms thus far, when we have discussed keys, we have meant encryption keys. The most obvious application of encryption is to achieve confidentiality. Encryption, however, can be used to accomplish other security goals as well. Encryption can, for example, be used to achieve authentication. To demonstrate this, we start with an example toy protocol that allows us to do authentication with a public key cryptosystem.

gint64 (guint64)