Appendices. Avocent DSView, Equinox Console Manager CCM4850 CCM4850 CCM4850
Reklama
Reklama
291
A P P E N D I C E S
Appendices
Appendix A: Technical Support
Our Technical Support staff is ready to assist you with any installation or operating issues you encounter with your Avocent product. If an issue should develop, follow the steps below for the fastest possible service:
1.
Check the pertinent section of the manual to see if the issue may be resolved by following the procedures outlined.
2.
Check our web site at www.avocent.com/support to search the knowledge base or use the online service request.
3.
Call the Avocent Technical Support location nearest you.
292 DSView Installer/User Guide
Appendix B: TCP and UDP Ports
The DSView software client accesses the server and performs commands using a standard web browser. The communication protocol used between the client web browser and the server is the
HTTPS protocol. By default, TCP/IP port 443 is used for HTTPS connections, but you may change the port using the DSView Server Network Properties window.
NOTE: The port used for the HTTPS connection may be changed using the DSView Server Network Properties window. The HTTPS port must be specified in the web browser URL if changed from the default (port 443). See
Server Properties on page 49 for more information.
DSView software clients may communicate with the DSView software server through a standard connection or using a proxy server. By default, TCP/IP port 1078 is used for proxied connections.
If a proxy connection has not been created, TCP ports 22, 2068 and 8192 must be configured as open on your firewall.
DS1800 digital switch and DSR switch ports
A user may initiate a KVM session with a target device on a DS1800 digital switch or DSR switch by clicking KVM Session for the appropriate target device or by clicking the KVM Session icon or text from a Unit Overview window.
The client contacts the DSView software server, which checks the permissions of the target device.
If the logged in user has permissions to establish Video Viewer sessions to the selected target device, the server will establish a connection to the DS1800 digital switch or DSR switch using
TCP/IP port 3871 to authorize the session. The KVM data is sent to the DS1800 digital switch or
DSR switch using ports 8192 and 3871. Port 8192 contains the video portion of the KVM data. Port
2068 contains the keyboard and mouse portion of the KVM data.
In a non-proxied connection, the video data from port 8192 and the keyboard and mouse data from
port 2068 are sent directly from the client to the DS1800 digital switch or DSR switch. Figure B.1
illustrates the ports used with a non-proxied DS1800 digital switch or DSR switch connection.
UDP port 3211 is used by the DSView software server to initialize the IP configuration of DS1800 digital switches and DSR switches. TCP/IP port 3211 is also used by the DSView software server to perform management functions on DS1800 digital switches and DSR switches, such as configuring settings.
NOTE: When using a non-proxied connection, video performance over a slower network connection may be less than optimal. Since certain color settings (such as grayscale) use less network bandwidth than others (such as
Best Color), changing the color settings may increase video performance. For optimal video performance over a slower network connection, a color setting such as grayscale/Best Compression or Low Color/High Compression
is recommended. See Adjusting color depth on page 181 for more information.
Appendices 293
DSView Software Client
DSView Software Server
TCP/IP
HTTPS
Port 443
TCP/IP
Port 2068
Keyboard/
Mouse
TCP/IP
Port 8192
Video
TCP/IP
HTTPS
Port 443
UDP
Port 3211
Firewall with
Tunnel
TCP/IP
Port 3211
TCP/IP
Port 3871
Router
TCP/IP
Port 8192
DSR Switch
TCP/IP
Port 2068
Figure B.1: Ports Used with a DS1800 Digital Switch or DSR Switch Connection (KVM) Without Proxy
In a proxied connection, communication with TCP/IP ports 8192 and 2068 occurs between the server and the DS1800 digital switch or DSR switch instead of directly between the client and the
DS1800 digital switch or DSR switch. The client receives information by communicating back and
forth with the server using port 1078. Figure B.2 illustrates the ports used with a proxied DS1800
digital switch or DSR switch connection.
294 DSView Installer/User Guide
DSView Software Client TCP/IP
HTTPS
TCP/IP
Port 1078
DSView Software Server
UDP
Port 3211
TCP/IP
HTTPS
TCP/IP
Port 1078
KVM
TCP/IP
Port 3211
TCP/IP
Port 3871
Firewall with
Tunnel
Router
TCP/IP
Port 8192
TCP/IP
Port 2068
DSR Switch
Figure B.2: Ports Used with a DS1800 Digital Switch or DSR Switch Proxy Server Connection (KVM)
If the user wishes to establish a session with another port on the DS1800 digital switch or DSR switch, the same process is used.
For debugging purposes, connection details may be seen by using the console port to place the
DS1800 digital switch or DSR switch into Debug mode.
CPS and CCM appliance ports
Like a DS1800 digital switch or DSR switch, a CPS or CCM appliance may use a non-proxied or a proxied connection. CPS and CCM appliances use a Secure Shell Protocol (SSH).
The client contacts the server, which checks the permissions of the target device. If the logged in user has permissions to establish sessions to the selected target device, the server will establish a connection to the appliance using TCP/IP port 3871 to authorize the session.
In a non-proxied SSH connection, the client communicates directly with the appliance using port
22. Figure B.3 illustrates the ports used with a non-proxied CPS/CCM appliance connection.
DSView Software Client
Appendices 295
TCP/IP
HTTPS
DSView Software Server
Firewall with
Tunnel
TCP/IP
HTTPS
TCP/IP
Port 22
SSH
UDP
Port 3211
TCP/IP
Port 3211
TCP/IP
Port 3871
Router
TCP/IP
Port 22
CPS Appliance or CCM Appliance
Figure B.3: Ports Used with a CPS or CCM Appliance Connection (Serial) Without Proxy
In a proxied connection, communication between the DSView software server and CPS or CCM appliance occurs over port 22. The SSH connection between the client and the DSView software
server is tunneled over port 1078. Figure B.4 illustrates the ports used with a proxied CPS or CCM
appliance connection.
296 DSView Installer/User Guide
DSView Software Client TCP/IP
HTTPS
TCP/IP
Port 1078
DSView Software Server
TCP/IP
HTTPS
Port 443
TCP/IP
1078
Serial
Firewall with
Tunnel
UDP
Port 3211 TCP/IP
Port 3211
TCP/IP
Port 3871
TCP/IP
Port 22
Router
CPS Appliance or CCM Appliance
Figure B.4: Ports Used with a CPS or CCM Appliance Proxy Server Connection (Serial)
DSView software server ports
The DSView software server uses the HTTPS port for communication with clients and spoke servers. Changes made to the browse list through the DSView management software are transmitted back to the DSView software server host, which refreshes its browse list view over the
TCP/IP port 443 connection. Changes to the DSView management software are also copied to and from the DSView software hub server over the specified HTTPS port.
Generic appliance ports
If you are using a generic appliance in your DSView software system, you may use a Telnet connection through TCP/IP port 23, or an HTTP connection through TCP/IP port 80. The connection is made directly between the client and the generic appliance.
DSView Software Client
TCP/IP
HTTPS
Appendices 297
DSView Software Server
TCP/IP
Port 23
HTTP
Port 80
Generic Appliance
Figure B.5: Generic Appliance Session Ports
If Active Directory or LDAP external authentication is being used within your DSView software system, TCP/IP ports 389 and 636 are used for connections between the DSView software server and the external authentication server. Port 389 is typically used for non-SSL connections and port
636 is used for SSL connections. You may configure the ports used by an Active Directory or
LDAP external authentication server using the Authentication Service Connection Settings
window. See Managing Authentication Services on page 58 for more information.
298 DSView Installer/User Guide
External authentication ports
DSView Software Client
TCP/IP Port 389
LDAP/AD
(No SSL)
TCP/IP
HTTPS
TCP/IP Port 636
LDAP/AD
(SSL)
DSView Software Server
UDP Port 88
AD (Kerberos)
UDP Port 1812
RADIUS
External
Authentication
Server (Optional)
TCP/IP Port 49
TACACS+
TCP/IP Port 139
NT
Figure B.6: External Authentication Server Ports
SNMP ports
A DS1800 digital switch, DSR switch, CPS appliance or CCM appliance may be configured to send SNMP traps to the DSView software server in addition to an external SNMP manager.
DSView Software Server
UDP
Port 162
DSR Switch, CPS Appliance or CCM Appliance
Figure B.7: Ports Used by SNMP (No External SNMP Manager)
Appendices 299
If an external SNMP manager has been added to your DSView software system, communication occurs between the SNMP manager and the DS1800 digital switch, DSR switch, CPS appliance or
CCM appliance as shown in Figure B.8.
SNMP Manager (Optional)
TCP/IP
Port 162
TCP/IP
Port 161
DSR Switch, CPS Appliance or CCM Appliance
Figure B.8: Ports Used by SNMP (with External SNMP Manager)
DSI5100 IPMI proxy appliance ports
If a DSI5100 appliance is being used within your DSView software system, TCP/IP ports 3871 and
3502 are used for connections between the DSView software server and the DSI5100 proxy appliance. Port 3871 is used for certificate exchanges and port 3502 is used for data exchanges.
UDP port 623 is used for communications between the DSI5100 proxy appliance and any configured BMCs. When a BMC is selected for viewing in the DSView management software using the IPMI Viewer window, TCP/IP port 443 is used for communication between the DSView management software and the server.
300 DSView Installer/User Guide
DSView Software Client
TCP/IP
HTTPS
DSView Software Server
UDP
Port 3211
TCP/IP
HTTPS
Port 443
Firewall with
Tunnel
Router
TCP/IP
Port 3871
TCP/IP
Port 3502
DSI5100 Proxy Appliance
UDP
Port 623
Target
Device
Figure B.9: Ports Used by DSI5100 Appliances
Appendices 301
Appendix C: DSR Remote Operations Software
NOTE: The DSR Remote Operations software is supported only on the following DSR switches: DSR1020,
1021, 1022, 1024, 1030, 1031, 2020, 2030, 2035, 4020, 4030, 8020, 8030 and 8035 switches.
The DSR Remote Operations software provides a subset of DSView management software functionality that allows access to a supported DSR switch when an Ethernet connection is not available. For example, if you are in a branch office and your Ethernet network is down, you may still access your remote server network by attaching a v.34, v.90 or v.92-compatible modem to the modem port on a supported DSR switch for KVM access, administration and flexible server management control from anywhere in the world.
The following DSView management software operations are supported:
• Establishing a KVM session to a target device connected to the switch
• Controlling the power sockets of an SPC device attached to the DSR switch power port
• Rebooting the switch
• Retrieving and displaying the switch version
All other DSView management software options (including using virtual media) are not available when using the DSR Remote Operations software.
The following Video Viewer window commands are not available when using the DSR Remote
Operations software:
• Displaying connected user information
• Creating, editing, copying and deleting macros
NOTE: Only the default Windows and Sun macro groups are available when using the Remote
Operations software.
• Background refresh
An external modem must be attached to the PPP modem interface of the DSR switch to use the
DSR Remote Operations software. A modem/PPP dial-up connection must be established before the DSR Remote Operations software may be started, run or executed. The dial-up connection options should be set to 115200 baud, 8 bits, 1 stop bit, no parity and enabled hardware flow control. The remote operations application must be started within the authentication time-out specified in the Terminal Applications menu of the DSR switch or the PPP (modem) link will be disconnected. See the DSR Switch Installer/User Guide for more information.
Once a modem dial-up connection is established with the switch, select Start - Programs - Avocent
DSView 3.0 - DSR Remote Operations on a client computer containing the software.
Log in using a valid username and password to establish a DSR Remote Operations software session with the DSR switch over the modem link.
The DSR Remote Operations software uses an SSL-based connection to the DSR switch to authenticate the user.
302 DSView Installer/User Guide
If the DSView software server is unreachable, the switch will use its internal database to perform remote authentication. If the internal database of the DSR switch fails to authenticate the user when a login is attempted, or the user does not log in before the specified time-out of the DSR switch, the modem connection will be disconnected.
NOTE: Users may be managed within the internal database of the DSR switch using the PPP Configuration menu. See the installer/user guide for your DSR switch for more information.
DSR Switch
Modem
Telephone
Network
DSView
Software Server
(Authentication)
Ethernet
Analog User
(OSCAR Interface)
DSR Remote
Operations Client
Figure C.1: Using the DSR Remote Operations Software with a DSR Switch
See Installing the DSR Remote Operations Software (Optional) on page 43 for more information.
DSR Remote Operations window features
When you have launched the software and successfully logged in, the DSR Remote Operations
Appendices 303
A
B
E
D
C
Figure C.2: DSR Remote Operations Window
Table C.1: DSR Remote Operations Descriptions
B
C
Letter
A
D
E
Description
Menu bar: Allows you to access many of the features in the DSR Remote Operations window.
Toolbar: Provides shortcut buttons for quickly accessing commands in the Tools menu.
Status Bar: Displays the tips for selected menu items and the progress of operations.
Content Area: Use this area to display information from the DSR switch and control and start
DSView software sessions to the DSR switch.
Side Navigation Bar: Displays the DSR switching system information you wish to access, which displays in the Content Area.
Content area views
The items displayed in the content area of the DSR Remote Operations window will vary, depending on which link has been selected in the side navigation bar.
Servers view
When Servers is selected, a list of servers attached to the switch will appear. The following items for each server will appear in the content area:
• Name - The name of the server
• Port - The switch port to which the server is attached
304 DSView Installer/User Guide
• EID - The Electronic ID (EID) number of the DSRIQ module attached to the server
Figure C.3: DSR Remote Operations Window (Servers View)
Specific icons also appear in the Server view. These icons are outlined in Table C.2.
Table C.2: DSR Remote Operations Content Area Icons (Servers View)
Icon Description
A target device that is powered up and has no established KVM Video Viewer sessions
A target device that has an active KVM Video Viewer session
A target device that is not powered up
A target device that is powered up but cannot establish a KVM connection because the path to the target device is blocked (for example, a cascade switch has only one user port and that port is already connected to another target device)
Power view
Selecting Power in the side navigation bar of the DSR Remote Operations window will display a list of SPC device sockets attached to the switch and their powered up or powered down status.
Appendices 305
Figure C.4: DSR Remote Operations Window (Power View)
Specific icons also appear in the Power view. These icons are outlined in Table C.3.
Table C.3: DSR Remote Operations Content Area Icons (Power View)
Icon Description
The SPC device socket is powered up
The SPC device socket is powered down
Version view
Selecting Version in the side navigation bar of the DSR Remote Operations window will display version information for the switch.
306 DSView Installer/User Guide
Figure C.5: DSR Remote Operations Window (Versions View)
Before you begin
The following actions should be performed before using the DSR Remote Operations command:
• Ensure that the switch is configured. See the installer/user guide for the DSR switch for more information.
• Ensure that users have been added to the internal database of the DSR switch. If the DSView software server is not available, the appliance database is used for appliance authentication. If neither are available, authentication cannot be performed for the switch and an error will be displayed by the DSR Remote Operations software. See the installer/user guide for the DSR switch for more information.
• Ensure that an external modem is attached to the modem port of the DSR switch. The modem port should have auto-answer turned off (typically a modem’s default setting).
• Ensure that the PC containing the client interface has dial-up software and that the software is configured properly. See the operating system documentation for more information.
• Ensure that you are using one of the following supported operating systems: Windows NT 4.0
Workstation or Server with Service Pack 6a or later; Windows 2000 Workstation or Server with Service Pack 2 or later; or Windows XP Home Edition or Professional.
To use the DSR Remote Operations command:
1.
Establish a dial-up connection to the switch from the PC containing the DSR remote operations software.
Appendices 307
NOTE: Windows displays a dialog box that prompts the user for a username and password when a dial-up connection is established. It is not necessary to enter a username or password in the dialog box. When this dialog box appears, click OK to close the dialog box.
2.
Once the connection has been established, select Start - Programs - Avocent DSView 3.0 - DSR
Remote Operations to start the DSR Remote Operations software on the PC. The Login dialog box will appear.
The switch will disconnect the modem connection if a user does not log in within the time period specified by the authentication time-out value. The default authentication time-out value (120 seconds) may be changed using the Terminal Applications menu. See the installer/ user guide for the DSR switch for more information.
The DSR switch will attempt to contact the DSView software server to authenticate the user. If the DSView software server is unavailable, the switch will use its internal database to authenticate the user.
3.
Type the username and password to which you wish to connect and then click OK. If authentication is successful, the DSR Remote Operations window will open.
NOTE: The switch will disconnect the modem connection if there is no activity on the modem connection for the time period specified by the inactivity time-out value. The default inactivity time-out value (15 minutes) may be changed using the Terminal Applications menu. See the installer/user guide for the DSR switch for more information.
Rebooting a switch
NOTE: Users with a User level account may not reboot a switch.
To reboot the switch:
1.
In the menu bar, select Tools - Reboot Appliance. A confirmation dialog box will appear.
2.
Click Yes to reboot the switch.
-or-
Click No to cancel the operation.
Managing servers
Use the Servers view to manage servers attached to the switch. See Servers view on page 303 for
more information.
To display the Servers view:
In the menu bar, select View - Servers.
-or-
In the side navigation bar, click Servers.
308 DSView Installer/User Guide
To refresh the Server view:
In the menu bar when the Servers view is displayed, select View - Refresh.
To connect to a server:
User Groups on page 22 for more information.
From the Servers view, select a server and select Tools - Connect from the menu bar.
-or-
Select a server and click the Connect toolbar button.
-or-
Right-click on a server and select Connect from the shortcut menu.
A Video Viewer window will open. See Using the Video Viewer on page 171 for more information.
The following operations are unavailable when using the DSR Remote Operations command:
• Sharing (see Connecting to an existing KVM session on page 267 for more information)
•
Stealth connections (see Connecting to an existing session on page 173 for more information)
• Scan Mode (enabled when two or more Video Viewer windows are open)
• Macro Creation (Macros - Configure from the Video Viewer window menu bar)
• View Connected Users (View - Connected Users from the Video Viewer window menu bar)
Managing SPC device sockets
Users with User level account privileges cannot change the power state of SPC device sockets. See
Built-in User Groups on page 22 for more information.
To display the Power view:
In the menu bar, click View - Power.
-or-
In the side navigation bar, click Power.
To refresh the Power view:
Select View - Refresh from the menu bar when the Power view is displayed.
To power up an SPC device socket:
1.
Click Power in the side navigation bar. A list of SPC device sockets attached to the switch will appear in the content area.
2.
Select an SPC device socket that has not been powered up and select Tools - Power On from the menu bar.
Appendices 309
-or-
Select an SPC device socket that has not been powered up and click the Power On toolbar button.
-or-
Right-click on an SPC device socket that has not been powered up and select Power On from the shortcut menu.
The SPC device socket will power up and the icon for the SPC device socket in the content area will change.
To power down an SPC device socket:
1.
Click Power in the side navigation bar. A list of SPC device sockets attached to the switch will appear in the content area.
2.
Select an SPC device socket that has not been powered down and select Tools - Power Off from the menu bar.
-or-
Select an SPC device socket that has not been powered down and click the Power Off toolbar button.
-or-
Right-click on an SPC device socket that has not been powered down and select Power Off from the shortcut menu.
The SPC device socket will power down and the icon for the SPC device socket in the content area will change.
To cycle the power of an SPC device socket:
1.
Click Power in the side navigation bar. A list of SPC device sockets attached to the switch will appear in the content area.
2.
Select an SPC device socket that is powered up and select Tools - Cycle Power from the menu bar.
-or-
Select an SPC device socket that is powered up and click the Cycle Power toolbar button.
-or-
Right-click on an SPC device socket that is powered up and select Cycle Power from the shortcut menu.
The SPC device socket is powered down, then powered up and the icon for the SPC device socket in the content area will change accordingly.
Displaying switch version information
To display switch version information:
In the menu bar, select View - Versions.
310 DSView Installer/User Guide
-or-
In the side navigation bar, click Version. The versions of the following items will appear in the content area:
• Application
• Boot
• Digital/Application
• Digital/Hardware
• Hardware
To refresh the Versions view:
In the menu bar when the Versions view is displayed, select View - Refresh.
Exiting DSR Remote Operations
To exit DSR remote operations:
In the menu bar, select File - Exit.
Appendices 311
Appendix D: Terminal Emulation
This appendix contains information about the keys, sequences, encoding and decoding for the
DSView management software terminal emulation modes when using the Telnet Viewer. Encode refers to how the client interface processes typed keys. Decode refers to how the client interface processes data coming from the target device.
The terminal emulation mode is set by selecting Options - Session Properties in the Telnet Viewer window and then using the Terminal Emulation drop-down menu in the Session Properties dialog
box. See Customizing Session Properties on page 212 for more information.
VT terminal emulation
Table D.1 lists the VT key and keypad numeric codes. Avocent encodes all applicable keys as
numeric; decoding is not supported.
Table D.1: VT Key and Keypad Numeric Codes
5
6
3
4
1
2
Key
0
7
8
9
- (dash)
, (comma)
. (period)
Enter
5
6
3
4
1
2
Keypad Numeric Code
0
7
8
9
- (dash)
, (comma)
. (period)
Same as Return key
312 DSView Installer/User Guide
VT100+ terminal emulation
The VT100+ emulation provides compatibility with the Microsoft headless server EMS serial port interface. The DSView software Telnet Viewer VT100+ terminal emulation works identically to
VT100, with the exception of support for the function keys listed in Table D.2.
Table D.2: VT100+ Function Key Support
Function
Home
End
Insert
Delete *
Page Up
Page Down
F1 **
Sequence
<Esc> h
<Esc> k
<Esc> +
<Esc> -
<Esc> ?
<Esc> /
<Esc> 1
Function
F4 **
F5
F6
F7
F8
F9
F10
Sequence
<Esc> 4
<Esc> 5
<Esc> 6
<Esc> 7
<Esc> 8
<Esc> 9
<Esc> 0
F2 **
F3 **
<Esc> 2
<Esc> 3
F11
F12
<Esc> !
<Esc> @
* ASCII, VT52, VT100, VT102, VT220 and VT320 modes send hex 7F when the Delete key is pressed.
** VT100, VT102, VT220 and VT320 modes map the F1-F4 keys to the PF1-PF4 keys.
VT102 terminal emulation
VT102 terminal emulation works identically to VT100 with additional support for decoding
receive codes as described in Table D.3.
Table D.3: VT102 Receive Codes
VT102 Receive Code
Delete Character (DHC)
Insert Line (IL)
Delete Line (DL)
Action
Deletes n characters starting with the character at the current cursor position, and moves all remaining characters left n positions. n spaces are inserted at the right margin.
Inserts n lines at the line where the cursor is currently positioned. Lines displayed below the cursor position move down. Lines moved past the bottom margin are lost.
Deletes n lines starting with the line where the cursor is currently positioned. As lines are deleted, lines below the cursor position move up.
Appendices 313
VT100 terminal emulation
Table D.4 lists the VT100 special key and control (
Ctrl ) key combinations and indicates Avocent encoding/decoding support, where Yes = supported and No = not supported.
Table D.4: VT100 Special Keys and Control Keys
Ctrl+I
Ctrl+J
Ctrl+K
Ctrl+L
Ctrl+M
Ctrl+N
Ctrl+O
Ctrl+P
Ctrl+Q
Ctrl+A
Ctrl+B
Ctrl+C
Ctrl+D
Ctrl+E
Ctrl+F
Ctrl+G
Ctrl+H
Keys
Return
Linefeed
Backspace
Tab
Spacebar
Esc
Ctrl+Spacebar
05
06
07
08
01
02
03
04
09
20
1B
00
Hex Code
0D
0A
08
0D
0E
0F
10
11
09
0A
0B
0C
HT
LF
VT
FF
CR
SO
SI
DLE
DC1 or XON
SOH
STX
ETX
EOT
ENO
ACK
BELL
BS
HT
(SP)
Esc
NUL
Function Mnemonic
CR
LF
BS
Yes/Yes
Yes/Yes
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/Yes
Yes/Yes
Encode/Decode
Yes/Yes
Yes/Yes
Yes/Yes
Yes/Yes
Yes/Yes
Yes/No
Yes/No
314 DSView Installer/User Guide
Table D.4: VT100 Special Keys and Control Keys (Continued)
Ctrl+X
Ctrl+Y
Ctrl+Z
Ctrl+[
Ctrl+\
Ctrl+]
Ctrl+^
Ctrl+_
Keys
Ctrl+R
Ctrl+S
Ctrl+T
Ctrl+U
Ctrl+V
Ctrl+W
Hex Code
12
13
14
15
16
17
18
19
1A
1B
1C
1D
1E
1F
FS
GS
RS
US
CAN
EM
SUB
Esc
Function Mnemonic
DC2
DC3 or XOFF
DO4
NAK
SYN
ETB
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Encode/Decode
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Table D.5 lists the VT100 ANSI mode and cursor keys for set and reset modes. Encoding and
decoding is supported for all the cursor keys listed.
Table D.5: VT100 ANSI Set and Reset Mode Cursor Keys
Cursor Key
Up
Down
Right
Left
Mode Reset
Esc [ A
Esc [ B
Esc [ C
Esc [ D
Mode Set
Esc O A
Esc O B
Esc O C
Esc O D
Appendices 315
Table D.6 lists the VT100 PF1-PF4 key definitions. Encoding of each listed key is supported;
decoding is not applicable.
Table D.6: VT100 PF1-PF4 Key Definitions
Key
F1
F2
F3
F4
Code Sequence
Esc [ O P
Esc [ O Q
Esc [ O R
Esc [ O S
Table D.7 lists the ANSI mode control sequences for VT100 terminal emulation and indicates
Avocent encoding/decoding support, where Yes = supported and No = not supported.
Table D.7: VT100 ANSI Mode Control Sequences
Esc # 8
Esc # 3
Esc # 4
Esc # 6
Esc Z
Esc =
Esc >
Esc [ Ps q
Esc 8
Control Sequence
Esc [ Pn; Pn R
Esc [ Pn D
Esc [ Pn B
Esc [ Pn C
Esc [ Pn; Pn H
Esc [ Pn A
Esc [ Pn c
Definition
Cursor Position Report
Cursor Backward
Cursor Down
Cursor Forward
Cursor Position
Cursor Up
Device Attributes
Screen Alignment Display
Double Height Line - Top Half
Double Height Line - Bottom Half
Double Width Line
Identify Terminal
Keypad Application Mode
Keypad Numeric Mode
Load LEDs
Restore Cursor
No/Yes
No/No
No/No
No/No
No/No
No/No
No/No
No/No
No/Yes
Encode/Decode
No/No
No/Yes
No/Yes
No/Yes
No/Yes
No/Yes
No/No
316 DSView Installer/User Guide
Esc [ <sol> x
Esc 7
Esc [ Pn; Pn r
Esc # 5
Esc [ 2; Ps y
Esc [ Ps n
Esc [ Ps J
Esc [ Ps K
Esc H
Esc [ Pn; Pn f
Esc D
Esc E
Esc M
Esc c
Esc [ Ps; Ps;..;Ps 1
Esc ( A
Esc ) A
Esc ( B
Esc ) B
Esc ( 0
Esc ) 0
Table D.7: VT100 ANSI Mode Control Sequences (Continued)
Control Sequence
Esc [ <sol>; <par>;
Esc ( 1
Esc ) 1
Esc ( 2
Definition
Report Terminal Parameters <nbits>; <xspeed>;
<rspeed>; <clkmul>; <flags>x
Request Terminal Parameters
Save Cursor
Set Top and Bottom Margins
Single Width Line
Invoke Confidence Test
Device Status Report
Erase in Display
Erase in Line
Horizontal Tabulation Set
Horizontal and Vertical Position
Index
Next Line
Reverse Index
Reset to Initial State
Reset Mode
Select Character Set GØ U.K.
Select Character Set G1 U.K
Select Character Set GØ ASCII
Select Character Set G1 ASCII
Select Character Set G0 Spec. Graphics
Select Character Set G1 Spec. Graphics
Select Character Set G0 Alt. Character ROM
Standard Character Set
Select Character Set G1 Alt. Character
ROM Standard Character Set
Select Character Set G0 Alt. Character ROM
Special Graphics
Encode/Decode
No/No
Yes/Yes
No/Yes
No/Yes
No/Yes
No/Yes
No/No
No/No
No/No
No/No
No/Yes
Yes/Yes
No/No
No/No
No/Yes
No/Yes
No/Yes
No/No
Yes/Yes
Yes/Yes (limited support)
Yes/Yes (limited support)
Yes/Yes (limited support)
No/No
No/No
No/No
Appendices 317
Table D.7: VT100 ANSI Mode Control Sequences (Continued)
Control Sequence
Esc ) 2
Esc [ Ps;..; Ps m
Esc Ps;..;Ps h
Esc [ Ps g
Esc [ Ps;Ps;..; Ps m
Esc [ K or Esc [ 0 K
Esc [ 1 K
Esc [ 2 K
Esc [ J or Esc [ 0 J
Esc [ 1 J
Esc [ 2 J
Esc [ Ps;Ps;..Ps q
Esc [ Pt; Pb r
Esc [ g or Esc [ 0 g
Esc [ 3 g
Esc [ 2 0 h
Esc [ 2 0 l
Esc [ ? 1 h
Esc [ ? 1 l
Esc [ ? 2 l
Esc [ ? 3 h
Esc [ ? 3 l
Esc [ ? 4 h
Esc [ ? 4 l
Esc [ ? 5 h
Definition
Select Character Set G1 Alt. Character ROM
Special Graphics
Select Graphic Rendition
Set Mode
Tabulation Clear
Character Attributes 7 - Reverse Video On
Encode/Decode
No/No
Erase from cursor to end of line
Erase from beginning of line to cursor
Erase entire line containing cursor
Erase from cursor to end of screen
Erase from beginning of screen to cursor
Erase entire screen
Programmable LEDs
Scrolling Region
No/No
No/No
No/No
No/No
Clear tab at current column
Clear all tabs
Yes/Yes
Yes/Yes
Modes to Set - New Line - Only supports Linefeed/
New Line Column mode wraparound
No/Yes
Modes to Reset - Linefeed - Only supports Linefeed/
New Line Column mode wraparound
No/Yes
No/No
No/No
No/No
No/Reverse Video only
No/Yes
No/No
No/No
No/Yes
Modes to Set - Cursor Key Mode Appl.
Modes to Reset - Cursor Key Mode Cursor
Modes to Reset VT52
Modes to Set - 132 columns
Modes to Reset - 80 columns
Modes to Set - Smooth Scroll
Modes to Reset - Jump Scroll
Modes to Set - Reverse Screen Mode
No/No
No/No
No/No
No/No
No/No
No/No
No/No
No/No
318 DSView Installer/User Guide
Table D.7: VT100 ANSI Mode Control Sequences (Continued)
Control Sequence
Esc [ ? 5 l
Esc [ ? 6 h
Esc [ ? 6 l
Esc [ ? 7 h
Esc [ ? 7 l
Esc [ ? 8 h
Esc [ ? 8 l
Esc [ ? 9 h
Esc [ ? 9 l
Esc [ 6 n
Esc [ P1; Pc R
Esc [ 5 n
Esc [ 0 n
Esc [ 3 n
Esc [ x or Esc [ 0 c
Esc [ ? 1; Ps c
Esc c
Esc # 8
Esc [ 2; Ps y
Definition
Modes to Reset - Normal Screen Mode
Modes to Set - Relative Origin Mode
Modes to Reset - Absolute Origin Mode
Modes to Set - Wraparound On
Modes to Reset - Wraparound Off
Modes to Set - Auto Repeat On
Modes to Reset - Auto Repeat Off
Modes to Set - Interlace On
Modes to Reset - Interlace Off
Report Cursor Position - Invoked by
Report Cursor Position - Response is
Status Report - Invoked by
Status Report - Response is terminal OK
Status Report - Response is terminal not OK
What are you? Invoked by
What are you? Response is
Reset
Fill screen with Es
Invoke Test(s)
No/No
No/No
No/No
No/No
No/No
No/No
No/No
No/No
Encode/Decode
No/No
No/No
No/No
No/No
No/No
No/No
No/Yes
No/Yes
No/No
No/Yes
No/No
Appendices 319
VT220 terminal emulation
Table D.8 lists the keystroke mapping (encoding) for VT220 emulation.
Table D.8: VT220 Encoding
F10
F11
F12
F13
F14
F6
F7
F8
F9
VT220 Keyboard
Delete
Left Arrow
Right Arrow
Up Arrow
Down Arrow
Keypad /
Keypad *
F1
F2
F3
F4
Keypad -
Keypad +
Keypad .
Keypad 0..9
F6
F7
F8
F9
F10
F11
F12
Ctrl - F5
Ctrl - F6
PC Keyboard
Delete
Left Arrow
Right Arrow
Up Arrow
Down Arrow
Keypad /
Keypad *
F1
F2
F3
F4
Keypad -
Keypad +
Keypad .
Keypad 0..9
Esc [ 1 7 ~
Esc [ 1 8 ~
Esc [ 1 9 ~
Esc [ 2 0 ~
Esc [ 2 1 ~
Esc [ 2 3 ~
Esc [ 2 4 ~
Esc [ 2 5 ~
Esc [ 2 6 ~
-
+
.
0..9
Esc O P
Esc O Q
Esc O R
Esc O S
VT220 Keyboard Byte Sequence
0x7F
Esc [ D
Esc [ C
/
*
Esc [ A
Esc [ B
320 DSView Installer/User Guide
Table D.8: VT220 Encoding (Continued)
VT220 Keyboard
F15
F16
F17
F18
F19
F20
PC Keyboard
Ctrl - F7
Ctrl - F8
Ctrl - F9
Ctrl - F10
Ctrl - F11
Ctrl - F12
Table D.9 lists the decoding for VT220 terminal emulation.
Table D.9: VT220 Decoding
VT220 Keyboard Function
Index
New Line
Reverse Index
Escape
Save cursor and attributes
Restore cursor and attributes
Up Arrow
Down Arrow
Right Arrow
Left Arrow
Set cursor to home position
Set cursor to home position
Character attributes
Erase from cursor to end of line
Erase from cursor to end of screen
Programmable LEDs
What are You?
Esc [ B
Esc [ C
Esc [ D
Esc [ H
Esc [ f
Esc [ m
Esc [ K
Esc [ j
Esc [ q
Esc [ c
VT220 Keyboard Byte Sequence
Esc D
Esc E
Esc M
Esc O
Esc 7
Esc 8
Esc [ A
VT220 Keyboard Byte Sequence
Esc [ 2 8 ~
Esc [ 2 9 ~
Esc [ 3 1 ~
Esc [ 3 2 ~
Esc [ 3 3 ~
Esc [ 3 4 ~
Table D.9: VT220 Decoding (Continued)
VT220 Keyboard Function
Set Mode
Delete 1 Character
Insert 1 Line
Delete 1 Line
Up Arrow
Down Arrow
Right Arrow
Left Arrow
Fill Screen with Es
Up Arrow amount specified by Pn
Down Arrow amount specified by Pn
Right Arrow amount specified by Pn
Left Arrow amount specified by Pn
Erase parts of current line
Erase parts of current screen
Direct Cursor Addressing
Direct Cursor Addressing
Programmable LEDs
Scrolling Region
Clear tabs
Device status report
What are you?
Sat Mode
Delete Pn Characters
Insert Pn Characters
Delete Pn Lines
Insert Character
Esc [ Pn J
Esc [ Pn H
Esc [ Pn f
Esc [ Pn q
Esc [ Pn r
Esc [ Pn g
Esc [ Pn n
Esc [ Pn c
Esc [ Pn h
Esc [ Pn P
Esc [ Pn L
Esc [ Pn M
Esc [ Pn @
VT220 Keyboard Byte Sequence
Esc [ ?
Esc [ P
Esc [ L
Esc [ M
Esc [ O A
Esc [ O B
Esc [ O C
Esc [ O D
Esc # 8
Esc [ Pn A
Esc [ Pn B
Esc [ Pn C
Esc [ Pn D
Esc [ Pn K
Appendices 321
322 DSView Installer/User Guide
Table D.9: VT220 Decoding (Continued)
VT220 Keyboard Function
Erase Pn Characters
VT220 Keyboard Byte Sequence
Esc [ Pn X
VT52 terminal emulation
Table D.10 lists the keystroke mapping (encoding) for VT52 terminal emulation.
Table D.10: VT52 Encoding
VT52 Keyboard
Delete
Up Arrow
Down Arrow
Right Arrow
Left Arrow
Shift-F1
Shift-F2
Shift-F3
Shift-F4
PC Character Sequence
Delete
Up Arrow
Down Arrow
Right Arrow
Left Arrow
PF1
PF2
PF3
PF4
VT52 Keyboard Byte Sequence
0x7F
Esc A
Esc B
Esc C
Esc D
Esc P
Esc Q
Esc R
Esc S
Table D.11 lists the decoding for VT52 terminal emulation.
Table D.11: VT52 Decoding
VT52 Keyboard Function
Cursor Up
Cursor Down
Cursor Right
Cursor Left
Cursor Home
Reverse Linefeed
Erase to end of screen
Erase to end of line
VT52 Keyboard Byte Sequence
Esc A
Esc B
Esc C
Esc D
Esc H
Esc I
Esc J
Esc K
Appendices 323
Table D.12 lists the VT52 and ANSI auxiliary keypad definitions. Encoding of each listed keypad
key is supported; decoding is not applicable.
Table D.12: VT52 ANSI Mode Auxiliary Keypad Definitions
5
6
3
4
1
2
Keys
0
7
8
9
- (dash)
, (comma)
. (period)
Enter
Keypad Numeric Code
0
1
2
3
4
5
6
7
8
9
- (dash)
, (comma)
. (period)
Same as Return key
Esc ? w
Esc ? x
Esc ? y
Esc ? m
Esc ? l
Esc ? n
Esc ? m
VT52 Keypad
Esc ? p
Esc ? q
Esc ? r
Esc ? s
Esc ? t
Esc ? u
Esc ? v
Esc O w
Esc O x
Esc O y
Esc O m
Esc O l
Esc O n
Esc O m
ANSI Keyboard
Esc O p
Esc O q
Esc O r
Esc O s
Esc O t
Esc O u
Esc O v
VT320 terminal emulation
Table D.13 lists the keystroke mapping (encoding) for VT320 terminal emulation.
Table D.13: VT320 Encoding
F3
F4
F6
VT320 Keyboard
Escape Key (Esc)
F1
F2
F3
F4
F6
PC Character Sequence
Esc
F1
F2
VT320 Keyboard Byte Sequence
0x1B
Esc O P
Esc O Q
Esc O R
Esc O S
Esc [ 1 7 ~
324 DSView Installer/User Guide
Table D.13: VT320 Encoding (Continued)
F17
F18
F19
F20
F13
F14
F15
F16
VT320 Keyboard
F7
F8
F9
F10
F11
F12
Insert
Home
Delete
End
Up Arrow
Down Arrow
Left Arrow
Right Arrow
Ctrl - F5
Ctrl - F6
Ctrl - F7
Ctrl - F8
Ctrl - F9
Ctrl - F10
Ctrl - F11
Ctrl - F12
PC Character Sequence
F7
F8
F9
F10
F11
F12
Insert
Home
Delete
End
Up Arrow
Down Arrow
Left Arrow
Right Arrow
Esc [ 1 ~
Esc [ 2 ~
Hex 7 F
Esc [ 5 ~
Esc [ A
Esc [ B
Esc [ D
Esc [ C
VT320 Keyboard Byte Sequence
Esc [ 1 8 ~
Esc [ 1 9 ~
Esc [ 2 0 ~
Esc [ 2 1 ~
Esc [ 2 3 ~
Esc [ 2 4 ~
Esc [ 2 5 ~
Esc [ 2 6 ~
Esc [ 2 8 ~
Esc [ 2 9 ~
Esc [ 3 1 ~
Esc [ 3 2 ~
Esc [ 3 3 ~
Esc [ 3 4 ~
Table D.14 lists the decoding for VT320 terminal emulation.
Table D.14: VT320 Decoding
VT320 Keyboard Function
Index
VT320 Keyboard Byte Sequence
Esc D
Table D.14: VT320 Decoding (Continued)
VT320 Keyboard Function
New Line
Reverse Index
Escape O
Save cursor and attributes
Restore cursor and attributes
Up Arrow
Down Arrow
Right Arrow
Left Arrow
Set cursor to home position
Set cursor to home position
Character Attributes
Erase from cursor to end of line
Erase from cursor to end of screen
Programmable LEDs
What are You?
Set Mode
Delete 1 Character
Insert 1 Line
Delete 1 Line
Up Arrow
Down Arrow
Right Arrow
Left Arrow
Fill Screen with Es
Up Arrow amount specified by Pn
Down Arrow amount specified by Pn
Esc [ q
Esc [ c
Esc [ ?
Esc [ P
Esc [ L
Esc [ M
Esc O A
Esc O B
Esc O C
Esc O D
Esc # 8
Esc [ Pn A
Esc [ Pn B
Esc [ B
Esc [ C
Esc [ D
Esc [ H
Esc [ f
Esc [ m
Esc [ K
Esc [ J
VT320 Keyboard Byte Sequence
Esc E
Esc M
Esc O
Esc 7
Esc 8
Esc [ A
Appendices 325
326 DSView Installer/User Guide
Table D.14: VT320 Decoding (Continued)
VT320 Keyboard Function
Right Arrow amount specified by Pn
Left Down Arrow amount specified by Pn
Erase parts of current line
Erase parts of current screen
Direct Cursor Addressing
Direct Cursor Addressing
Programmable LEDs
Scrolling Region
Clear tabs
Device status report
What are you?
Sat Mode
Delete Pn Characters
Insert Pn Lines
Delete Pn Lines
Insert Character
Erase Pn Characters
VT320 Keyboard Byte Sequence
Esc [ Pn C
Esc [ Pn D
Esc [ Pn K
Esc [ Pn J
Esc [ Pn H
Esc [ Pn f
Esc [ Pn q
Esc [ Pn r
Esc [ Pn g
Esc [ Pn n
Esc [ Pn c
Esc [ Pn h
Esc [ Pn P
Esc [ Pn L
Esc [ Pn M
Esc [ Pn @
Esc [ Pn X
Appendices 327
Appendix E: Regaining Access to the DSView Software
Access to a DSView software system may be lost due to reasons such as:
• Being locked out by the DSView management software
• Deleting the last DSView software administrator
• Forgetting the DSView software administrator password
To regain access to a DSView software system:
1.
Contact Avocent Technical Support. You will be provided with the resetpassword.zip archive file.
2.
Extract the resetpassword.zip archive file into the <DSView Installation Directory>\bin directory on the DSView software hub server using a third party product.
3.
From the Control Panel, select Administrative Tools - Services and stop the Avocent DSView software service.
4.
Open a terminal window, change directories to the <DSView Installation Directory>/bin directory and enter resetpassword.bat
. A code successfully generated message will appear in the terminal window, along with a request code in the same format as the following:
341D3DAD-E71A15B1-66D77BBD-E655BB6C
NOTE: Request codes are valid for only 4 hours.
5.
Contact Avocent Technical Support and provide the generated request code.
6.
Avocent Technical Support will provide you with a reset code.
7.
In a terminal window, enter resetpassword.bat <reset code> . A Message reset performed
successfully message will appear in the terminal window, along with the Administrator username and password for the DSView management software.
8.
From the Control Panel, select Administrative Tools - Services and restart the Avocent
DSView software service.
9.
You may now log into the DSView management software.
328 DSView Installer/User Guide
Appendix F: Glossary
Access control
Access control refers to mechanisms and policies that restrict access to computer resources.
Active Directory
Active Directory is the directory service included with Microsoft Windows 2000 and later versions of Windows operating systems. It extends the features of previous Windows-based directory services and contains new features that ease the navigation and management of large amounts of information, which may generate savings for both administrators and end users.
Active Directory is secure, distributed, partitioned and replicated. It is designed to work well in any size installation, from a single server with a few hundred objects to thousands of servers and millions of objects.
ADSAP (Avocent DS Authentication Protocol)
ADSAP is a protocol used for authentication and authorization of DS1800 digital switches,
DSR switches, CPS serial over IP appliance and CCM console management appliance target device sessions in the DSView management software. This is an SSL based protocol that uses
X.509 certificates.
AIDP (Avocent Install and Discover Protocol)
AIDP is a protocol used to install out-of-box appliances that do not have an IP address assigned and used to discover existing appliances that have an address assigned. This UDPbased protocol is not encrypted and only public information is passed over this link. AIDP uses
UDP port 3211. Port 3211 is non-configurable.
Applet
An applet is a program written in the Java language that runs within a web browser.
ASMP (Avocent Secure Management Protocol)
ASMP is a protocol used to securely configure managed appliance settings. This TCP-based protocol uses an SSL encrypted communications link. AMSP uses TCP port 3211. Port 3211 is non-configurable.
Authentication server
An authentication server is a network device that provides authentication services.
Authentication
Authentication is the validation of user login information. Authentication is used to enforce selective permission to access resources or to perform an operation.
Authorization
Authorization is the process of granting or denying access to a resource. Most computer security systems are based on a two-step process. The first stage is authentication, which ensures that users are who they claim to be. The second stage is authorization, which allows the user access to various resources based on the user's identity.
AVSP (Avocent Video Session Protocol)
Appendices 329
A protocol used to transfer keyboard, video and mouse information between a DS1800 digital switch or DSR switch and a remote Video Viewer. AVSP operates over SSL encrypted TCP links. TCP/IP ports 8192 and 2068 are used by default, but may be configured to different port numbers.
Browser session
A type of target device session in which the target device contains a web server. The DSView software client connects directly to the target device using a web browser. No DS1800 digital switches, DSI5100, CPS or CCM appliances or DSR switches are used for browser sessions.
Cascade device
A device that connects between a DS1800 digital switch, DSR switch, CPS appliance or CCM appliance and a target device, or connects to a DS1800 digital switch, DSR switch, CPS appliance or CCM appliance and is not, in itself, a target device. Examples of cascade devices include a cascade switch and an SPC power control device.
Cascade switch
A cascade switch is an analog KVM switch connected to a DS1800 digital switch or DSR switch port or DSRIQ module. A cascade switch expands the number of connections allowed on a DS1800 digital switch or DSR switch if the switch supports the cascade protocol.
CCM appliance
A CCM console management appliance is an Avocent managed appliance that provides a
Telnet server and an SSH server for accessing serially attached devices over a standard TCP/IP connection. Model numbers include the CCM850, CCM1650 and CCM4850 appliances.
Certificate authentication
Certificate authentication is the process of authenticating with a digital certificate.
CPS appliance
A CPS serial over IP network appliance is an Avocent managed appliance that provides a
Telnet server and an SSH server for accessing serially attached devices over a standard TCP/IP connection. Model numbers include the CPS810 and CPS1610 appliances.
Database replication
Database replication is the process of distributing and keeping in sync the same database to all
DSView software servers in a DSView software system. Database replication ensures that all database changes made at the hub server or spoke servers are replicated to all DSView software servers in the DSView software system.
The DSView management software versions of the spoke server and hub server must match in order to register the spoke server. For example, you may not register a spoke server running
DSView software version 3.0 with a hub server running DSView software version 3.1.1.
DHCP (Dynamic Host Configuration Protocol)
DHCP is an Internet protocol used to automate the configuration of computers using TCP/IP.
DHCP can be used to do the following:
• Assign IP addresses automatically
330 DSView Installer/User Guide
• Deliver TCP/IP stack configuration parameters, such as the subnet mask and default router
• Provide other configuration information, such as printer addresses
Digital Certificate
A digital certificate is an attachment to an electronic message used for security purposes. The most common use of a digital certificate is to verify that users sending a message are who they claim to be, and to provide the receiver with the means to encode a reply.
An individual wishing to send an encrypted message applies for a digital certificate from a
Certificate Authority (CA). The CA issues an encrypted digital certificate containing the applicant's public key and a variety of other identification information. The CA makes its own public key readily available through print publicity or perhaps on the Internet.
The recipient of an encrypted message uses the CA's public key to decode the digital certificate attached to the message, verifies it as issued by the CA and then obtains the sender's public key and identification information held within the certificate. With this information, the recipient can send an encrypted reply.
The most widely used standard for digital certificates is X.509.
DSR switch
The DSR switch is part of the Avocent digital KVM switch series of products that allows
KVM signals to be transmitted over a standard TCP/IP connection.
DSRIQ module
A DSRIQ smart module uses CAT 5 cabling to attach a target device to a DS1800 digital switch or DSR switch. The DSRIQ module significantly reduces cable bulk in the rack and is well suited for high-density installations.
DSView management software
The DSView management software is an Avocent software component installed on a PC. The
DSView management software provides the IP-based centralized services required for management of managed appliances and target devices, including centralized authentication, access control, logging events, monitoring, license management and so on. DSView software clients interact with the software using the DSView Explorer.
DSView software client
The DSView software client is a customer provided PC with an installed web browser. The web browser accesses the DSView software server and provides the user interface (that is, the
DSView Explorer) for the DSView software system. The DSView Explorer enables users to access and administer the server, managed appliances and target devices.
DSView software client session
The DSView software client session is a single HTML session between the client web browser and the server. For each DSView software client session, the user must log into the DSView software server. Multiple DSView software client sessions can exist between a given DSView software client PC and the DSView software server. This occurs when the user launches another web browser window and connects to the same DSView software server.
Appendices 331
A DSView software client session may contain multiple target device sessions.
DSView software hub server
A DSView software hub server is responsible for maintaining the master copy of the DSView software system database. Only one server in a DSView software system can be configured as the hub server. Spoke servers in a DSView software system perform database replication with the hub server. The DSView software hub server acts as the traffic cop for database replication between itself and all of the other servers in a DSView software system.
The DSView software hub server and a spoke server offer the same software functionality to a user. The distinction of hub or spoke only has to do with the database replication role the server plays and not with the software functionality the server offers to the user.
The DSView management software versions of the spoke server and hub server must match in order to register the spoke server. For example, you may not register a spoke server running
DSView software version 3.0 with a DSView software hub server running DSView software version 3.1.1.
DSView software spoke server
A DSView software spoke server is responsible for initiating database replication with the hub server. A spoke server sends its database changes to the hub server and receives database changes from it.
The DSView software hub server and a spoke server offer the same software functionality to a user. The distinction of hub or spoke only has to do with the database replication role the server plays and not with the software functionality the server offers to the user.
The DSView management software versions of the spoke server and hub server must match in order to register the spoke server. For example, you may not register a spoke server running
DSView software version 3.0 with a DSView software hub server running DSView software version 3.1.1.
DSView software server
A DSView software server is a customer provided PC on which the DSView management software is installed.
DSView software system
A DSView software system includes all the components required to provide DSView software functionality, including the DSView software server, DSView software client, managed appliances and target devices.
An SNMP manager and external authentication servers, which are optional components and outside the DSView software system, may also be added to provide additional functionality.
Encryption
Encryption is the translation of data into a secret code. Encryption is the most effective way to achieve data security. To read an encrypted file, you must have access to a secret key or password that enables you to decrypt the file. Unencrypted data is called plain text. Encrypted data is referred to as cipher text.
332 DSView Installer/User Guide
There are two main types of encryption: asymmetric (also called public-key encryption) and symmetric.
External authentication server
The external authentication server is an optional component(s) outside of the DSView software system that enables you to select an authentication method. The DSView software server brokers authentication requests (LDAP, RADIUS and so on).
Flash
Flash is a special type of EEPROM that can be erased and reprogrammed in blocks instead of one byte at a time. The BIOS and applications of many modern applications are stored on a
Flash memory chip so that it may easily be updated (if necessary).
FRU (Field Replaceable Unit)
An FRU is a module or component which is typically completely replaced as part of a field service repair operation.
Graceful shutdown
A graceful shutdown is identical to a shutdown performed by selecting Start - Shutdown and then selecting Shut down in the Shut Down Window dialog box. In the DSView management software, a graceful shutdown may be performed on IPMI 1.5 target devices managed by a
DSI5100 appliance.
Hotkey
A hotkey is a keystroke that may be assigned and used to cause a specific action or set of actions to occur within a user interface. By assigning the action(s), the keystroke’s normal operation (for example, pressing F1 to open help) is superseded.
HTML (Hypertext Markup Language)
HTML is a markup language used to create hypertext documents that are portable from one platform to another on the World Wide Web (WWW). HTML files are ASCII text files with embedded codes (markup tags) to indicate formatting and hypertext links. Web browsers interpret and display HTML documents.
HTTP (Hypertext Transfer Protocol)
HTTP is the underlying protocol by which WWW clients and servers communicate. HTTP is an application-level, generic, stateless, object-oriented protocol for distributed, collaborative, hypermedia information systems. A feature of HTTP is the typing and negotiation of data representation, allowing systems to be built independently of the data being transferred.
HTTPS (Secure Hypertext Transfer Protocol)
HTTPS is an extension to the HTTP protocol that supports sending data securely over the WWW.
Integrated windows authentication
Previously known as Windows NT Challenge/Response (NT/CR) or NT LAN Manager
(NTLM), Integrated Windows Authentication is a secure form of web browser authentication
Appendices 333 using either the Kerberos V5 authentication protocol or its own challenge/response authentication protocol.
This authentication method works best in an intranet environment where the types of web browsers that your network users access may be controlled. If you are already logged on to
Windows, Integrated Windows Authentication uses your logon information for authentication, so it will not prompt for a username and password [known as Single Sign-On (SSO)].
Integrated Windows Authentication only works with Internet Explorer and does not work with an HTTP proxy. Integrated Windows Authentication must be explicitly enabled under the
Advance Internet Options dialog box of Internet Explorer version 6.0 SP1 and above.
Java
Java is an environment for developing and deploying distributed, scalable, enterprise-level applications designed to run on networks, the Internet, and the WWW. The Java platform consists of a set of services, Application Program Interfaces (APIs) and protocols that provide functionality for developing multitiered, web-based applications.
KVM
KVM is an abbreviation of Keyboard, Video, Mouse.
KVM session
A KVM session is a type of target device session in which the target device contains a KVM connection (typically a server). KVM sessions are connected through a DS1800 digital switch or DSR switch. Tiered analog switches may also be part of the connection. A KVM Video
Viewer connection exists between the DSView software client and the target device.
LDAP (Lightweight Directory Access Protocol)
LDAP is a set of protocols for accessing information directories. LDAP is based on standards contained in the X.500 standard, but is significantly simpler. Unlike X.500, LDAP supports
TCP/IP, which is necessary for Internet access. Because LDAP is a simpler version of X.500, it is sometimes called X.500-lite.
Local port
The local port is the physical connection through which a DS1800 digital switch, DSR switch,
CPS appliance or CCM appliance can be accessed without accessing a network connection.
For a DS1800 digital switch or DSR switch, the local port is typically the KVM connection at which a keyboard, mouse and monitor can be connected directly to the switch. An onscreen display may be invoked to control the DS1800 digital switch or DSR switch and access switched KVM ports.
For a CPS or CCM appliance, the local port is typically the serial connection at which a terminal can be connected directly to the appliance (CCM appliances have a dedicated console port). A command line interface (CLI) is used to control the appliance and access switched serial ports.
Managed appliance
334 DSView Installer/User Guide
Managed appliances include DS1800 digital switches, DSI5100 IPMI proxy appliances, DSR switches, CPS appliances, CCM appliances, EVR1500 environmental monitor and control appliances and generic appliances (such as routers).
MIB (Management Information Base)
MIB is a database of objects that can be monitored by a network management system (NMS).
SNMP uses standardized MIB formats that allow any SNMP tools to monitor any device defined by an MIB.
NAT (Network Address Translation)
NAT is an Internet standard that enables a local-area network (LAN) to use one set of IP addresses for internal traffic and a second set of addresses for external traffic. A NAT box located between the LAN and Internet makes all necessary IP address translations.
NAT serves three main purposes:
• Provides a type of firewall by hiding internal IP addresses.
• Enables a company to use more internal IP addresses. Since they're used internally only, there's no possibility of conflict with IP addresses used by other companies and organizations.
• Allows a company to combine multiple ISDN connections into a single
Internet connection.
NAT device
A NAT device is a network address translation (NAT) device enables the use of more internal
IP addresses than the number that are assigned. A NAT device provides IP addresses that are not exposed outside of the device. The DSView management software will not support network configuration where the DSView software server and CPS appliances, CCM appliances, DS1800 digital switches or DSR switches are separated by a NAT device.
Negative hysteresis
Negative hysteresis is the unsigned number of counts added to the raw threshold value, which creates the re-arm point for all sensor thresholds that are less than zero (0). A negative hysteresis value of 0 indicates that any thresholds less than zero do not contain hysteresis.
OSCAR interface
The OSCAR interface is a tool that is built in to Avocent appliances and allows a user connected to the local KVM port to display and change settings in a DS1800 digital switch or
DSR switch. The OSCAR interface also allows a local user to connect to target devices.
PPP (Point to Point Protocol)
PPP is a set of industry-standard framing and authentication protocols included with Windows
NT Remote Access Service to ensure interoperability with third party remote access software.
PPP negotiates configuration parameters for multiple layers of the OSI (Open Systems
Interconnection) model.
Positive hysteresis
Appendices 335
Positive hysteresis is the unsigned number of counts subtracted from the raw threshold value, which creates the re-arm point for all sensor thresholds that are greater than zero (0). A positive hysteresis value of 0 indicates that any thresholds greater than zero do not contain hysteresis.
SDR repository device
An SDR repository device is the logical management device that provides a sensor data records (SDR) system interface, which in turn, provides a set of SDR storage and retrieval commands.
Serial session
A serial session is a type of target device session in which the target device contains a serial connection (typically a Linux server TTY port or a router) and is connected through a CPS or
CCM appliance. A Telnet Viewer connection exists between the DSView software client and the CPS or CCM appliance. The appliance converts the Telnet information to serial information.
Server
A server is a computer or device on a network that manages network resources. For example:
• A file server is a computer and storage device dedicated to storing files. Any user on the network can store files on the server.
• A print server is a computer that manages one or more printers.
• A network server is a computer that manages network traffic.
• A database server is a computer system that processes database queries.
Servers are often dedicated, meaning that they perform no other tasks besides their server tasks. However, on multiprocessing operating systems, a single computer can execute several programs at once. In this case, a server may refer to the program that is managing resources rather than the entire computer.
Session
When used alone, a session refers to a target device session. See the definition of a target device session for details.
Site
A site is a location that contains a managed appliance, DSView software server or both.
SNMP (Simple Network Management Protocol)
SNMP is a set of protocols for managing complex networks. SNMP works by sending messages to different parts of a network. SNMP-compliant devices, called agents, store data about themselves in MIBs and return this data to the SNMP requesters.
SNMP manager
The SNMP manager is an optional component (outside of the DSView software system) that enables the monitoring of many cross-platform devices using SNMP information. SNMP managers are also called network management systems (NMS).
336 DSView Installer/User Guide
SPC power control device
The SPC power control device is an Avocent cascade device that allows the remote controlling of target device power using a serial connection.
SSL (Secure Sockets Layer)
SSL is a protocol that supplies secure data communication through data encryption and decryption. SSL enables private communications over networks by using a combination of public key cryptography and bulk data encryption.
Target device
A target device includes a wide range of data center components such as servers and routers that an administrator is able to virtually manage through the DSView management software.
Target device session
A target device session is a connection through a KVM, serial, Telnet or web browser. Target device sessions do not include power management functionality.
TCP/IP (Transmission Control Protocol)
TCP is one of the main protocols in TCP/IP networks. The IP protocol deals only with packets.
TCP enables two hosts to establish a connection and exchange streams of data. TCP guarantees delivery of data and that packets will be delivered in the same order in which they were sent.
Telnet session
A Telnet session is a type of target device session in which the target device supports Telnet and the DSView software client connects directly to the target device using Telnet.
Telnet Viewer
This applet is a software component that provides the user interface needed to display a remote target device through serial over IP sessions.
Tiered switch
A tiered switch is also known as a cascade switch. See the definition of cascade switch.
Unit
Unit is a generic term that refers to either a target device or a managed appliance. For example, the Unit List may contain both target devices and managed appliances.
UDP (User Datagram Protocol)
UDP is a connectionless protocol that runs on top of IP networks like TCP. Unlike TCP/IP,
UDP/IP provides very few error recovery services, offering instead a direct way to send and receive datagrams over an IP network. UDP is primarily used for broadcasting messages over a network.
Video Viewer
The Video Viewer is a software component that provides the user interface needed to display a remote target device through KVM over IP sessions.
VPN (Virtual Private Network)
Appendices 337
VPN is a means of implementing a private network on a public network such as the Internet.
By encrypting data and assigning addresses, the impression is given to networks at each end of the VPN that they are connected by a private physical network instead of across a public network.
(WAN) Wide Area Network
WAN typically refers to a network that is distributed at multiple sites and connected by a relatively slow link between the sites. The WAN is frequently implemented using a VPN on the Internet.
(WAS) Web Application Server
WAS is software that runs on a server that is capable of executing web applications. The WAS software typically contains or works with a web (HTTP) server.
(Webapp) Web Application
Webapps are groups of server-side Web resources that make up an interactive online application. The web resources include Java servlets, JavaServer Pages ™ (JSPs), static documents (such as HTML documents), and applets that can be deployed in a DSView software client web browser. Web applications must run in the context of a web application server such as the DSView software server.
Web server
A web server is a computer equipped with server software to respond to HTTP requests, such as requests from a web browser. A web server uses the HTTP protocol to communicate with clients on a TCP/IP network.
X.509
X.509 is the most widely used standard for defining digital certificates. X.509 is an
International Telecommunications Union (ITU) recommendation, which means that the standard has not yet been officially defined or approved. As a result, companies have implemented the standard in different ways. For example, both Netscape and Microsoft use
X.509 certificates to implement SSL in their web servers and web browsers. However, an
X.509 certificate generated by Netscape may not be readable by Microsoft products, and vice versa.
338 DSView Installer/User Guide
339
I N D E X
Index
A
Access
about target device access rights 104
changing unit access rights 102
displaying user access rights to a managed appliance 163
displaying user access rights to a target device
regaining access to DSView software 327
Active Directory authentication service
changing user browsing settings 69
ActiveX control
about 28 downloading using Windows (except XP) 28
downloading using Windows (XP only) 29
Appliances. See Managed appliances
Authentication services
adding Active Directory external services 59
adding LDAP external services 62
adding RADIUS external services 63
adding TACACS+ external services 64
adding Windows NT external services 61
changing Active Directory external service settings 67
changing Active Directory external service user browsing settings 69
changing internal authentication service account policies 65
changing internal authentication service custom field labels 66
changing LDAP external service connections 69
changing RADIUS external service settings 72 changing TACACS+ external service settings 72
changing Windows NT external service connections 66
changing Windows NT external service user browsing settings 67
group naming in external services 164
specifying for a user-defined user group 165
specifying in a user account 153
validating user accounts on an external server using the Add Task Wizard 269
B
Backup and restore
manually using a command line 56
manually using the backup and restore utility 57
Browsers
340 DSView Installer/User Guide
actions before opening a client session 45 supported for client 45
C
Cascade switches
CCM appliances
Certificates
changing a certificate associated with a user 21,
updating a spoke server certificate on the hub server 76
updating the hub server certificate on a spoke server 77
Color
changing color depth in Video Viewer windows
changing for the DSView Explorer 19
changing in Telnet Viewer window 211
changing when reviewing Telnet Viewer session data 217
Colors
displaying gauges in IPMI Viewer window 232
Compaq iLO embedded units
Connections
adding a target device connection 134
deleting a target device connection 135
displaying current Video Viewer users 199
displaying information about 134 renaming a managed appliance connection 134
CPS appliances
Custom fields
associated a label with a unit 145
changing for a user account 161
changing for user accounts that use internal authentication 66
Customize link
for Active Sessions window 130
for Appliance Access Rights window 162
for Appliance BMC Ports window 228
for Appliance Firmware Files window 272
for Appliance Local User Accounts window 127
for Appliance Serial Ports window 117
for Devices Attached to Appliance window 114
for Email Notifications window 286
for IPMI Discrete Sensors window 236
for IPMI Numeric Sensors window 238
for System Event Log window (DSI5100 appliances) 240
for Target Device Access Rights window 162
for Target Device Connections window 133
Index 341
for the Appliance Sessions window 121
for Unit Access Rights windows 168
D
DRAC 4 embedded units
DS1800 digital switches
DSI5100 appliances
changing identity settings 229 deleting BMCs 229
displaying FRU information 235
displaying IPMI 1.5 target device discrete sensor information 236
displaying IPMI 1.5 target device numeric sensor information 237
displaying IPMI target device BMC information
displaying LAN configuration information 235
displaying sensor information by selecting an
displaying sensor information using the IPMI
displaying the BMC system log and events 239
launching an IPMI Viewer session 230
sending an IPMI chassis control command to target devices using the Add Task Wizard
DSR Remote Operations software
displaying switch version information 309
managing SPC device sockets 308
operating systems supported 43
DSR switches
DSRIQ modules
required for virtual media 201
DSView 2.x software
importing databases into the DSView software
342 DSView Installer/User Guide
migrating units to DSView 3 software compatible units 264
DSView Explorer
changing the color scheme 19 changing user options 19
customizing information in a window 15
filtering information in a window 13
Internet Explorer configuration 26
printing a window 17 refreshing a window 17
saving information in a window 15
sorting information in a window 13
using the side navigation bar 12
E
changing event log email notifications 287
configuring event log notifications 285
deleting event log notifications 287
testing event log notifications 288
Embedded units
Encryption
specifying for KVM sessions 124
specifying for virtual media sessions 202
specifying level for virtual media sessions 125
Event logs
changing email notifications 287
configuring email notifications 285
creating an event log .csv file 288
deleting email notifications 287
displaying using a date filter 283
exporting using the Add Task Wizard 262
icons in top navigation bar 283
testing email notifications 288
user and user group events 279
Events
Index 343
EVR1500 environmental monitors
changing network properties 102
F
Firmware
displaying appliance version information 111
displaying information about 272
updating the firmware of an appliance type using the Add Task Wizard 268
G
Generic appliances
changing network properties 102
Groups
H
Hub server
registering a hub server as a spoke server 75
specifying role during configuration 42
updating a spoke server certificate on the hub server 76
updting the hub server certificate on a spoke server 77
I
IBM ASM RSA II embedded units
Icons
DSR Remote Operations software - power view
DSR Remote Operations software - servers view
event log (top navigation bar) 283
severity of event log entries 276
Installation
configuring the DSView software 41
hub server minimum requirements 38
installing the DSR Remote Operations software
installing the DSView software 38
minimum requirements for client 45
required tasks before installation 37
upgrading the DSView software 43
Integrated Windows Authentication 32, 54
Internal authentication service
344 DSView Installer/User Guide
changing custom field labels 66
Internet Explorer
adding a hub server to the Trust Sites list 30 changing security zone restrictions 30
configuring 26 correcting certificate security alerts 26
correcting serial session security alerts 27
specifying advanced Internet options 31
J
L
LDAP authentication service
Licenses
displaying license information 79 displaying license key information 79
specifying a license key during configuration 42
Local accounts
assigning target device access rights 129
changing settings 128 deleting 128
displaying information about 127
M
Macros. See Exit macros, Macros (Telnet Viewer)
and Macros (Video Viewer)
Macros (Telnet Viewer)
creating a macro group 219 deleting 219
editing a macro group 220 enabling a macro group for use during a session
Macros (Video Viewer)
adding/deleting macros in an existing macro group 196
changing the group to be displayed 198
Managed appliances
adding an appliance from a range of IP addresses
adding an EVR1500 environmental monitor 94
changing an appliance name from the Unit
Index 345
changing local account settings 127
changing network properties 101
changing NFS settings (CCM appliances) 107
changing NTP settings (CCM appliances) 108
configuring network settings 93
displaying firmware information 272
displaying in Appliances window 81
displaying the Appliance Firmware Files window 272
displaying user access rights 163
displaying version information 111
enabling/disabling secure mode 90, 94
updating the firmware of an appliance type using the Add Task Wizard 268
Migration
AVWorks software CCM appliances to DSView software compatible units 265
DSView 2.x software units to DSView 3 software compatible units 264
Mouse settings
aligning in the Video Viewer 187
required before software installation 37
N
NEC IPF
NEC IPF embedded units
Network settings for managed appliances 93
NFS settings and status (CCM appliances) 107
NTP status and settings (CCM appliances) 108
O
Operating systems
supported for DSR Remote Operations software
OSCAR interface
changing authentication setting 113
P
Password
changing for a user 158 enabling/disabling expiration and change restrictions 158
regaining access when software administrator password is lost 327
resetting in a user account 155
Ports
changing CLI/console port settings for a CPS or
changing communications properties of a serial port (CCM and CPS appliances) 118
changing local OSCAR interface authentication
346 DSView Installer/User Guide
changing modem port settings 114
changing serial port general properties 117
displaying cascade switch port settings 113
Preemption
changing in a user account 159
considerations in virtual media sessions 201
preempting a Video Viewer session 173
specifying for user-defined user group 166
specifying level in user account 154
Profile
changing the certificate associated with a user 21
changing the color scheme 19 changing user options 19
enabling a third party Telnet application 20
Properties
about hub server properties 49
changing contact properties 100
changing hub server network properties 50
changing spoke server network properties 76
changing unit identity properties 99
changing unit location properties 100
changing unit note properties 101
configuring unit status polling 55
displaying server properties 50
specifying client session information 54
specifying email notification information 55
specifying trap destinations 54
updating a certificate on a server 51
Proxy server
R
RADIUS authentication service
Remote operations. See DSR Remote Operations
software
Requirements
S
Scan mode
exiting the Thumbnail Viewer 191
Security zones
adding a hub server to the Trusted Sites list 30 changing restrictions 30
Index 347
Servers
backing up and restoring a hub 55
changing hub server network properties 50
configuring unit status polling 55
managing authentication services 58
registering a hub server as a spoke server 75
specifying client session information 54
specifying email notification properties 55
specifying role (hub or spoke) during configuration 42
specifying trap destinations 54
See also Authentication services , Hub server
Sessions
before opening a client session 45
changing CPS or CCM appliance session settings 123
changing KVM session settings 124 changing virtual media session settings 124
closing a Telnet Viewer session 226
closing a virtual media session 204
correcting serial session security alerts 27
customizing Telnet Viewer session properties
customizing the Active Sessions window 130
disconnecting an active session 131 displaying active session information 131
displaying appliance session information 123
launching a device session from the Thumbnail
opening a Telnet Viewer session 210
opening a virtual media session 203
removing an active session from display in the
sharing (CPS and CCM appliances) 123
specifying client information 54
specifying Video Viewer session settings 177
Video Viewer session time-out 174
SNMP
changing settings 109 enabling/disabling 109
enabling/disabling SNMP manager settings 110
enabling/disabling traps using the Add Task
specifying destination settings 110
specifying DSView software trap destinations
specifying SNMP community settings 110
SPC devices
displaying in Topology view 82
managing sockets using DSR Remote
power controlling from a Telnet Viewer session
power controlling from the SPC Devices
348 DSView Installer/User Guide
Attached to Appliance window 116
power controlling from the Unit Overview window 97
power controlling from the Video Viewer 199
power controlling using the Add Task wizard
Spoke servers
changing network properties 76
registering a hub server as a spoke server 75
specifying role during configuration 42
updating a spoke server certificate on the hub server 76
updating the hub server certificate on a spoke server 77
SSH key
specifying in a user account 157
Status
configuring unit status polling 55
T
TACACS+ authentication service
Target devices
access rights displays 104, 162, 168
assigning access to a local account 129
changing network properties 101
changing Unit Overview information 96
configuring device settings 95
displaying in Target Devices window 81
displaying in Topology view 82
displaying user access rights 162
working with IPMI 1.5 target devices 227
Tasks
adding tasks using the Add Task wizard 259
changing a task’s schedule 271 changing task properties 271 deleting 271
specifying when to run tasks 257
Telnet
Index 349
enabling/disabling use of a third party application 20
Telnet Viewer
changing the linefeed settings 214
changing the terminal emulation mode 212 changing the terminal window size 212
changing window and background colors 211
changing window and background colors when reviewing session data 217
copying, pasting and printing session data 223
customizing session properties 212
enabling/disabling 7-bit ASCII 215
enabling/disabling automatic login 216
enabling/disabling autoscaling 212
enabling/disabling line wrap 214
enabling/disabling local echo 215
enabling/disabling the exit warning prompt 212
power controlling SPC devices 225
Thumbnail Viewer. See Scan mode
Tools
displaying the Units Tools window 243, 251
importing DSView 2.x software databases 247
rebooting a managed appliance 251
restoring a managed appliance configuration 254
resynchronizing managed appliances 252
saving a managed appliance configuration 253
saving a managed appliance user database 254
Events
Groups
Topology view 82 about 82 displaying units and SPC devices 82
U
Units
accessing the managed appliance tools 251
changing managed appliance settings 106
changing unit access rights 102
configuring unit status polling 55
customizing Units views windows 84
350 DSView Installer/User Guide
grouping units by sites 135 groups 135
information in Overview window 95
See also Tools, Managed appliances, Target
devices and SPC devices
User accounts
changing a password 20, 158 changing a user’s group membership 158
changing the certificate associated with a user
changing the preemption level 159
changing unit access rights 102
displaying User Accounts window 151
specifying password restrictions 158
user options when using DSView Explorer 19
validating on an external authentication server using the Add Task Wizard 269
See also Local user accounts and User groups
User groups
adding a user-defined group 164
assigning or removing a member 167
changing a user’s membership 158
changing unit access rights 102
deleting a user-defined group 166
displaying access rights of a target device 168
displaying access rights of managed appliances
displaying User Groups windows 164
specifying a preemption level 166
V
Video Viewer
adding/removing macros or commands from the toolbar 178
changing the window resolution 178
connecting to an existing KVM session 173
enabling/disabling full screen mode 179
launching an exclusive KVM session 173
specifying a toolbar hide time 177
specifying session settings 177
toggling activation of menu and toolbar 178
using keyboard pass-through 191
Virtual media
changing unit access rights to allow virtual media sessions 105
locking to KVM session 125, 202
Index 351
mapping drives 203 opening a session 203
requirements 201 reserved sessions 201
resetting USB devices on the target device 204
sharing and preemption considerations 201
W
Windows NT authentication service
changing user browsing settings 67
Wizards
Add Authentication Service
Add Target Device Connection 134
352 DSView Installer/User Guide
Import DSView 2.x Database 249
Restore Appliance Configuration 254
Restore Appliance User Database 255
Save Appliance Configuration 254
Save Appliance User Database 255
Update DSView Server Certificate 51
INSTRUCTIONS
This symbol is intended to alert the user to the presence of important operating and maintenance (servicing) instructions in the literature accompanying the appliance.
DANGEROUS VOLTAGE
This symbol is intended to alert the user to the presence of uninsulated dangerous voltage within the product’s enclosure that may be of sufficient magnitude to constitute a risk of electric shock to persons.
POWER ON
This symbol indicates the principal on/off switch is in the on position.
POWER OFF
This symbol indicates the principal on/off switch is in the off position.
PROTECTIVE GROUNDING TERMINAL
This symbol indicates a terminal which must be connected to earth ground prior to making any other connections to the equipment.
For Technical Support: www.avocent.com/support
Avocent Corporation
4991 Corporate Drive
Huntsville, Alabama 35805-6201 USA
Tel: +1 256 430 4000
Fax: +1 256 430 4031
Avocent Asia Pacifi c
Singapore Branch Offi ce
100 Tras Street, #15-01
Amara Corporate Tower
Singapore 079027
Tel: +656 227 3773
Fax: +656 223 9155
Avocent Canada
20 Mural Street, Unit 5
Richmond Hill, Ontario
L4B 1K3 Canada
Tel: +1 877 992 9239
Fax: +1 877 524 2985
Avocent International Ltd.
Avocent House, Shannon Free Zone
Shannon, County Clare, Ireland
Tel: +353 61 715 292
Fax: +353 61 471 871
Avocent Germany
Gottlieb-Daimler-Straße 2-4
D-33803 Steinhagen
Germany
Tel: +49 5204 9134 0
Fax: +49 5204 9134 99
590-395-501D
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