data matrix reader .net

.net data matrix reader

.net data matrix reader

pdf download load pc version, pdf example how to ocr show, pdf download file how to windows, pdf file online scanned text, pdf file mvc new view,

.net upc-a reader, .net pdf 417 reader, free qr code reader for .net, vb.net qr code scanner, .net pdf 417 reader, .net ean 13 reader, barcode scanner asp.net c#, .net code 39 reader, .net ean 13 reader, .net ean 13 reader, .net code 128 reader, .net upc-a reader, data matrix reader .net, .net pdf 417 reader, .net code 39 reader

.net data matrix reader,
data matrix reader .net,
.net data matrix reader,
data matrix reader .net,
.net data matrix reader,
.net data matrix reader,
data matrix reader .net,
.net data matrix reader,
.net data matrix reader,

If you attempt to start a program, an MMC console, or a Control Panel item from a network location by using the RunAs dialog box or command, it might fail if the credentials used to connect to the network share are different from the credentials used to start the program. For more information, see article 303308, Cannot Use Runas.exe to Run Remote Programs on Mapped Drives, in the Microsoft Knowledge Base at http://support.microsoft.com. Note If the RunAs program fails, the RunAs Service might not be running. You can set the RunAs Service to start when the system starts by using the Services MMC snap-in.

Successfully managing a heterogeneous computing environment depends to a large degree on which networking protocols the environment supports. Some protocols, such as TCP/IP, are supported by all modern operating systems. On the other hand, older protocols, such as IBM s Systems Network Architecture (SNA) mainframe communication protocol, require specialized third-party software to interconnect non-IBM clients, such as Microsoft Host Integration Server 2000. The following sections discuss the operational features and developmental issues of several common networking protocols.

Windows 2000, Windows Server 2003, and Windows XP Professional support several protocols for verifying the identity of users who claim to have accounts on the system. These include protocols for authenticating dial-up connections and protocols for authenticating external users who try to connect to the network over the Internet. However, the following

16:

Without a doubt, TCP/IP is the most widely used protocol in the world. In addition to the fact that the Internet depends on Internet Protocol (IP), a wide range of systems make use of the protocol as well. Devices such as mainframes, personal computers, handheld computers, and computer-augmented appliances (like WebTV) all use (or can use) IP to deliver a variety of data. Not only is IP needed to access the Internet, but IP is also very scalable and extremely fast and efficient when properly configured. Nearly all modern operating systems come with support for the TCP/IP protocol suite. The following list contains the more common operating systems that support this protocol suite.

authentication protocols are the primary choices for network authentication between Windows NT 4.0, Windows 2000, and Windows Server 2003 domains, and Windows XP Professional based clients:

Kerberos V5 protocol. The default authentication protocol for Windows 2000 and Windows XP Professional NTLM protocol.

Even though the Kerberos V5 authentication protocol is the default for Windows 2000, Windows Server 2003, and Windows XP Professional, both the network domain controllers and the client computers must be running Windows 2000, Windows Server 2003, or Windows XP Professional for Kerberos authentication to be used. The alternative NTLM protocol is used for authentication if the following conditions exist:

5: Using Rapid Application Development Tools with Visual C# 2008

G Microsoft Windows 9x. All versions. G Microsoft Windows NT. All versions. G Microsoft Windows 2000. All versions. G Windows XP. All versions. G Novell NetWare 6.x and 5.x. G Apple Mac OS 8.x and later. Earlier versions had partial support for

Computers running Microsoft Windows 3.11, Microsoft Windows 95, Microsoft Windows 98, or Windows NT 4.0 use the NTLM protocol for network authentication in Windows 2000 or Windows Server 2003 domains. Computers running Windows 2000 Professional or later or Microsoft Windows 2000 Server or later use the NTLM protocol to authenticate to servers running Windows NT 4.0. Computers running Windows 2000 Professional or later and Windows 2000 Server or later use the NTLM protocol to authenticate when they are not participating in a domain that is, when they operate as stand-alone computers or as part of a workgroup.

The following processes determine whether the Kerberos or NTLM protocol is used to complete the network authentication process: 1. After the user name and password are entered, the LSA passes this information to the Security Support Provider Interface (SSPI), an interface that communicates with both the Kerberos and NTLM services. Tip

SSPI also allows developers to write security-aware applications whether the Kerberos or NTLM protocol is used.

Internetwork Packet Exchange/Server Packet Exchange (IPX/SPX)

2. SSPI passes the user name and password to the Kerberos Security Support Provider (SSP), which exchanges messages directly with the domain s Kerberos Key Distribution Center (KDC). The Kerberos SSP determines whether the target computer name is the local computer or the domain name. 3. If the domain name is referenced and the KDC recognizes the user name, the Kerberos authentication process proceeds.

Part III: