asp.net upc-a reader

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1 using System; 2 using System.Collections.Generic; 3 using System.ComponentModel; 4 using System.Data; 5 using System.Drawing; 6 using System.Text; 7 using System.Windows.Forms; 8 using System.Reflection; 9 10 namespace MyOwnBrowser 11 { 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 public string AssemblyTitle { get { // Get all Title attributes on this assembly object[] attributes = Assembly.GetExecutingAssembly().GetCustomAttributes( typeof(AssemblyTitleAttribute), false); // If there is at least one Title attribute if (attributes.Length > 0) { // Select the first one #region Assembly Attribute Accessors } public partial class Splash : Form { public Splash() { InitializeComponent(); this.lblApplicationTitle.Text = AssemblyTitle; this.lblCopyright.Text = AssemblyCopyright; this.lblVersion.Text = Version: + AssemblyVersion;

Part III:

You can set up audit policies to track authorized and unauthorized access to resources. By default, auditing is not enabled. Before you enable auditing, it will be important for you to define exactly what needs to be audited and why you want it to be audited. Auditing can slow down system performance, and it will also require effort on your part to evaluate audit logs; therefore, advanced planning is recommended to ensure that you track appropriate system events without creating excess administrative overhead. For example, if you decide to audit account logon sessions, you need to consider what the information will be used for. Your security administrators group might be interested in logging failed logon events because this can indicate that someone is trying to log on with an account for which he or she does not have the correct password. Alternatively, you might want to log successful logon attempts to determine whether users are accessing workstations in areas of the network that they are not permitted to use. To enable auditing, use the Microsoft Management Console with the Group Policy snap-in focused on the local computer. To see the different types of objects for which auditing can be configured, navigate to the following folder: Computer Configuration\Windows Settings\ Security Settings\Local Policies\Audit Policy. There you will find a number of configuration audit policies, which can be used to audit events that fall into the following categories:

run on them) are written in some derivative of the C or C++ programming language, or even assembly language. These languages are used because of their high levels of performance, which is critical for both operating systems and network services that are intended to handle heavy loads. However, these languages can require programmers to manually manage buffers of memory for many tasks including the input and output of data. Many (if not most) programmers using these languages simply place input data directly into these buffers without performing more than perfunctory checks for the validity of the data including its length and contents. This practice leaves these applications extremely vulnerable to being hijacked by a malicious user. For instance, if input gathered by an IP application is not checked for length, a hacker can perform a buffer overrun attack, in which a large amount of data is transmitted to a vulnerable IP application, thus overrunning (exceeding the size of) its input buffer. If the buffer is sufficiently overrun with machine instructions of the hacker s choosing, the target computer can be induced to run those instructions, thereby hijacking the system s normal processing. These machine instructions can perform any task on the target system that the target application has rights to perform. For applications such as IIS, which runs by default with System-level permissions, such an attack can be truly disastrous. The hacker can gain complete control over the target computer.

Account logon events. Logs an event each time a user attempts to log on. For example, specific events logged include: logon failures for unknown user accounts; time restriction violations; user account has expired; user does not have the right to log on locally; account password has expired; account is locked out. Successful logons also can be tracked through events. Account management. Logs an event each time an account is managed. This is a useful function if you are concerned about changes being made to user accounts in your environment. Directory service access. Logs an event each time a user accesses an Active Directory object that has its own system access control list (SACL) specified. Logon events. Logs an event for logon events that are occurring over the network or generated by service startup (such as interactive logon events or service starting events). Object access.

Logs an event each time a user attempts, successfully or unsuccessfully, to use special privileges, such as changing system time.