HPlogo Configuring Systems for Terminals, Printers, and Other Serial Devices: HP 3000 MPE/iX Computer Systems

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Symbols

7-bit character sets, Parity
8-bit pass-through
none parity, Parity

A

ABORT command, System Break
access port, System Console, System Console
additional EOR character
AEOR, End-of-Record Character
Advanced Terminal Processor
ATP, Back-to-Back Access
AEOR, End-of-Record Character
AEOR character, End-of-Record Character, Terminating Reads
AFCP timer, Tuning Your DTC
alternate character set, Parity
alternate EOR character
AEOR character, End-of-Record Character
application printers, Printer Type 18
ASC software, Devices that Communicate Asynchronously, The Read Trigger Character, End-of-Record Character, System Break, Parity, Data Editing Modes, Parity, Status Request, Printer Initialization
ASCII DC1 character, The XON/XOFF Protocol, The Read Trigger Character
ASCII DC2 character, The Read Trigger Character
ASCII DC3 character, The XON/XOFF Protocol
asynchronous character streams, PAD Access
asynchronous data transmission speeds, Transmission Speed, Transmission Speed
asynchronous device, How MPE/iX Identifies Devices, Device Physical Path, How Connections Set Characteristics, How to Control the Flow of Data, The Read Trigger Character, Parity
asynchronous printers, Printer Type 21, Printer Type 22, Printer Type 26
asynchronous protocol, Other Non-Supported Devices
Asynchronous Serial Communications, Other Non-Supported Devices
ASC, Devices that Communicate Asynchronously
ATP, Back-to-Back Access
auto sensing, Terminal Profiles
auto speed sensing, Terminal Profile Screen (Host-Based)
automatic configuration, Automatic Configuration of DTCs, Step 4: Configure the Link, Step 5: Select DTC Type
inside NMMGR, Performing an Automatic Configuration Inside NMMGR, Step 5: Select DTC Type
outside NMMGR, Performing an Automatic Configuration Outside NMMGR
automatic connection, Host Profile Screen (Host-Based)

B

back-to-back, Back-to-Back Access
host port configuration, Host Profile Screen (Host-Based)
backspace character, How to Control Terminals, Backspace
backup configuration file, Step 2: Open the Network Management Configuration File
backup copies, Modify the Network Management Configuration File
backup IP router, Configuring DNS/IP
binary editing, Data Editing Modes
binary mode, The XON/XOFF Protocol, Data Editing Modes, Terminating Reads
block mode, Terminal Type 24, The Read Trigger Character, How to Control Terminals, System Break, Parity, Input Modes, Terminating Reads
block mode applications, Devices that Communicate Asynchronously, System Console, Block Mode
block mode programs, Local Echo
block mode reads, DTC Echo, Disabling Echo, Block Mode
data transfers, Terminal Type 10, Terminal Type 18
buffer, The XON/XOFF Protocol, Block Mode
buffered connection, Printer Type 26
buffered network, Printer Type 26
BYE command, Session-Accepting Devices
byte count, How to Control Terminals, End-of-Record Character

C

card number, Defining the DTC Connector Cards (or Boards)
card readers, Slaved Devices
card type, Step 6: Specify DTC Configuration, Step 6: Specify DTC Configuration
carriage return, End-of-Record Character
carriage return character, Character Mode
cartridge tape units, Slaved Devices
character mode, The Read Trigger Character, How to Control Terminals, Line Delete, Parity, Input Modes, Character Mode
command
SUMMARYCONF, SUMMARYCONF
configuration
automatic, Automatic Configuration of DTCs, Step 4: Configure the Link, Step 5: Select DTC Type
DTCs, Plan the Network
dynamic, Dynamic Configuration and DTS Shutdown/Restart, Step 4: Configure the Link, Step 4: Configure the Link
host-based, Configuring Serial Devices (for Host-Based Management)
PC-based, Network Configuration Overview, Configuring Serial Devices (for PC-Based Management)
system, Non-Nailed Devices
terminals, Terminals, Parity
transmission speed, Transmission Speed, Transmission Speed
configuration file, Step 2: Open the Network Management Configuration File
NMMGR, Plan the Network
Configuration Selection screen, Step 5: Select DTC Type, Step 5: Select DTC Type
console attention character, System Console
CONSOLE command, Session-Accepting Devices
console commands, System Console
console messages, Session-Accepting Devices
console requests, System Console
cross-validation, Step 8: Validate/Cross-Validate the Configuration File, Step 8: Validate/Cross-Validate the Configuration File

D

data collection devices, Other Non-Supported Devices
data communication configuration, Modem Connections
data forwarding parameters, PAD Terminal Profile (Host-Based)
data length/parity, Terminal Profile Screen (Host-Based), Printer Profile Screen (Host-Based), Host Profile Screen (Host-Based)
data overruns, How to Control the Flow of Data
data protection, DTC Echo
methods, Printer Type 22
data transfer, Host Profile Screen (Host-Based)
data transfmission errors, Parity
data transmission errors, Printer Type 21
data transmissions errors, Terminal Type 10
Datacommunications and Terminal Controller
DTC, Devices that Communicate Asynchronously, Terminals, How to Control the Flow of Data
Datacommunications and Terminal Subsystem
DTS, How Devices Communicate Once They Are Connected
DC1 character, The XON/XOFF Protocol, The Read Trigger Character
DC2 character, The Read Trigger Character
DC3 character, The XON/XOFF Protocol
DCE modem behavior, Terminal Profile Screen (Host-Based), Printer Profile Screen (Host-Based)
default IP router, Configuring DNS/IP
destination node name, Host Profile Screen (Host-Based)
device class names, Terminal Profile Screen (Host-Based), Printer Profile Screen (Host-Based), PAD Terminal Profile (Host-Based), PAD Printer Profile (Host-Based)
device connections, Direct Connections
device files, How the File System Manages Information, Programmatic Devices
device operation modes, Describing Asynchronous Devices, How Operation Modes Set Functionality
device profile, Non-Nailed Devices
direct connections, Defining the DTC Connector Cards (or Boards), Step 7: Configure DTC Cards
disk files, How the File System Manages Information, Spooled Devices
DNS/IP Routing Configuration screen, Configuring DNS/IP
DTC, Devices that Communicate Asynchronously, Plan the Network, Step 6: Specify DTC Configuration, Terminals, Slaved Devices, How to Control the Flow of Data, Terminating Reads, Status Request
configuring, Defining the DTC
DTC 16RX Manager, Defining the DTC, Step 6: Specify DTC Configuration
DTC Automatic Configuration screen, Step 2: Activate Automatic Configuration Process, Step 3: Complete Automatic configuration
DTC Card Configuration screen, Step 7: Configure DTC Cards
DTC Card Configuration Worksheet, DTC Card Configuration Worksheet
DTC card number, Defining the DTC Connector Cards (or Boards)
DTC card type, Step 6: Specify DTC Configuration
DTC cards, Defining the DTC
DTC Configuration Screen, Step 6: Specify DTC Configuration
DTC Configuration screen, Step 6: Specify DTC Configuration, Host Profile Screen (Host-Based)
DTC Configuration Selection screen, Step 2: Activate Automatic Configuration Process, Step 5: Select DTC Type, Step 5: Select DTC Type
DTC Configuration Worksheet, DTC Configuration Worksheet
DTC connector card, Defining the DTC Connector Cards (or Boards)
DTC echo, Echo, DTC Echo, Disabling Echo
DTC IP address, Defining the DTC
DTC LAN address, Defining the DTC
DTC name, Defining the DTC, Step 6: Specify DTC Configuration, Step 6: Specify DTC Configuration
DTC node name, Defining the DTC, Performing an Automatic Configuration Outside NMMGR, Step 3: Complete Automatic configuration, Step 6: Specify DTC Configuration
DTC reboot, Performing a DTC Reboot, Performing a DTC Reboot
DTC reset, Performing a DTC Reboot, Performing a DTC Reboot
DTC Switching User Interface, Multi-System Access
DTC user interface, Terminal Switching Configuration Screen
DTC User Interface screen, Configuring the DTC User Interface
DTC user interface timeout, Configuring the DTC User Interface
DTC/X.25 Network Access card, PAD Access
DTC/X25 iX Network Access, X.25 Network Access
DTC/X25 iX Network Access Link, X.25 Network Access
DTCCNTRL, Performing an Automatic Configuration Outside NMMGR, DTS Shutdown, DTS Restart
DTE modem behavior, Terminal Profile Screen (Host-Based), Printer Profile Screen (Host-Based)
DTS, How Devices Communicate Once They Are Connected, Configuring Serial Devices (for Host-Based Management), Configuring Serial Devices (for PC-Based Management)
DTS Host Configuration screen, Step 4: Configure the Link, Step 4: Configure the Link
DTS Profile Selection screen, Creating and Modifying Profiles
DTS restart, Dynamic Configuration and DTS Shutdown/Restart, DTS Restart, Performing a DTS Shutdown/Restart, Performing a DTS Shutdown/Restart
DTS shutdown, Dynamic Configuration and DTS Shutdown/Restart, DTS Shutdown, Performing a DTS Shutdown/Restart, Performing a DTS Shutdown/Restart
DTS software, Slaved Devices
DTS validation, Step 8: Validate/Cross-Validate the Configuration File, Step 8: Validate/Cross-Validate the Configuration File
DTSDYNCONF command, Using NMSTART
DTSLINK, How Devices Communicate Once They Are Connected, Step 4: Configure the Link
duplex printing, How to Use Duplex Printing
dynamic configuration, Dynamic Configuration and DTS Shutdown/Restart, Dynamic Configuration, Step 4: Configure the Link, Step 4: Configure the Link
status, Dynamic Configuration Status

E

echo, How to Control Printers
echoing characters, How to Control Terminals
enabling port, Host Profile Screen (Host-Based)
end-of-record character
EOR character, End-of-Record Character
enq/ack flow control, Host Profile Screen (Host-Based)
entering maintenance mode from a batch job, Running Maintenance Mode from a Batch Job
entering maintenance mode from screen mode, Entering Maintenance Mode from Screen Mode
EOR character, End-of-Record Character, Terminating Reads
escape sequences, Block Mode
even parity, Parity
event logging, Defining the DTC
event logging classes, Step 6: Specify DTC Configuration

F

FCHECK intrinsic, End-of-Record Character
FCONTROL intrinsic, Devices that Communicate Asynchronously, Disabling Echo, Parity, Parity
FCONTROL(17), Subsystem Break
FCONTROL(25), End-of-Record Character
FCONTROL(41), End-of-Record Character, Subsystem Break
FDEVICECONTROL intrinsic, Devices that Communicate Asynchronously, Disabling Echo, Parity
FDEVICECONTROL (192, 66), End-of-Record Character
FDEVICECONTROL 192,40, End-of-Record Character
file system, How the File System Manages Information, Programmatic Devices
flexible-disk drives, Slaved Devices
flow control, Terminal Profiles, How to Control the Flow of Data
flow of data, Printer Type 18
full-duplex asynchronous modems, Modem Connections
full-duplex communication lines, The XON/XOFF Protocol

H

half-duplex communications lines, Local Echo
hardware handshake, Terminal Profiles, Printer Profiles, Terminal Profile Screen (Host-Based), Printer Profile Screen (Host-Based)
hardware handshaking, Host Profile Screen (Host-Based)
HELLO command, Session-Accepting Devices
hidden function keys
DNS/IP Routing, Configuring DNS/IP
horizontala binding, How to Use Duplex Printing
Host Configuration screen, Step 4: Configure the Link, Step 4: Configure the Link
host profile, Defining the DTC Connector Cards (or Boards)
Host Profile screen, Host Profile Screen (Host-Based)
host profiles, Host Profiles
host-based management, Typical Network Configurations, Host-Based Management, Step 3: Configure the Local Node Name
host-based network management, Typical Network Configurations
host-based screens
DTC Automatic Configuration, Step 3: Complete Automatic configuration
DTC Card Configuration, Step 7: Configure DTC Cards
DTC Configuration, Step 6: Specify DTC Configuration
DTC Configuration Selection, Step 2: Activate Automatic Configuration Process, Step 5: Select DTC Type
DTS Host Configuration, Step 4: Configure the Link
DTS Profile Selection, Creating and Modifying Profiles
Main, Step 3: Configure the Local Node Name
Open Configuration/Directory File, Step 2: Open the Network Management Configuration File
PAD Printer Profile, PAD Printer Profile (Host-Based)
PAD Terminal Profile, PAD Terminal Profile (Host-Based)
Printer Profile, Printer Profile Screen (Host-Based)
Terminal Profile, Terminal Profile Screen (Host-Based)
host-based X.25 manager, Typical Network Configurations
HP 3000 DTS Configuration Worksheet, HP 3000 DTC Configuration Worksheet
HP 3000 host, Defining the HP 3000 System
HP Block Mode applications, Terminal Type 24
HP Power Trust UPS
UPS, Devices that Communicate Asynchronously
HP-PB console support, HP-PB Console Support

I

initialization character string, Printer Initialization
initialization string, Host Profile Screen (Host-Based)
initially spooled, Printer Profiles
interface card, Device Physical Path
IP address of DTC, Defining the DTC, Step 6: Specify DTC Configuration
IP-based screens
Terminal Profile, Terminal Profile Screen (PC-Based)

L

LAN, How Devices Communicate Once They Are Connected, Plan the Network
LAN address, Performing an Automatic Configuration Outside NMMGR, Performing an Automatic Configuration Inside NMMGR, Step 3: Complete Automatic configuration, Step 6: Specify DTC Configuration
LAN address of DTC, Defining the DTC
LAN interface card
LANIC, How Devices Communicate Once They Are Connected
LANIC, How Devices Communicate Once They Are Connected, Plan the Network, Step 4: Configure the Link
LANIC card slot number, Defining the HP 3000 System
LANIC slot number, Step 4: Configure the Link, Configuring Serial Devices (for PC-Based Management)
ldev number, Defining the DTC Connector Cards (or Boards), Step 7: Configure DTC Cards, Configure a Direct Connect Card, How MPE/iX Identifies Devices, Logical Device Numbers, System Console, Printer
line block mode, Block Mode
line speed, Terminal Profiles, Printer Profiles, Terminal Profile Screen (Host-Based), Printer Profile Screen (Host-Based), Host Profile Screen (Host-Based), Session-Accepting Devices
line terminator, End-of-Record Character
line-feed, End-of-Record Character
link name, Defining the HP 3000 System, Step 4: Configure the Link, Configuring Serial Devices (for PC-Based Management), Step 4: Configure the Link
local area network
LAN, How Devices Communicate Once They Are Connected
local echo, Echo, Local Echo, DTC Echo
local mode, The XON/XOFF Protocol
local node name, Defining the HP 3000 System
LOGDCC.PUB.SYS, Dynamic Configuration Status
LOGDCCBK.PUB.SYS, LOGDCC and LOGDCCBK Files
LOGDOC.PUB.SYS, LOGDCC and LOGDCCBK Files
logical console, System Console, Session-Accepting Devices
logical device number, Defining the DTC Connector Cards (or Boards), Step 7: Configure DTC Cards, Configure a Direct Connect Card
ldev number, How MPE/iX Identifies Devices

M

magnetic tape, System Console
Main screen, Step 3: Configure the Local Node Name, Step 3: Configure the Local Node Name
maintenance interface, Using Maintenance Mode
transferring to, Entering Maintenance Mode from Screen Mode
maintenance mode, Using Maintenance Mode
entering, Entering Maintenance Mode from Screen Mode, Running Maintenance Mode from a Batch Job
maintenance mode commands, Maintenance Mode Commands
management timer, Tuning Your DTC
master device, Slaved Devices
modem, Printer Type 22, Printer Type 26, Modem Connections, Modem Echo, Transmission Speed, Transmission Speed
modem speeds, Modem Connections
modem behavior, Terminal Profile Screen (Host-Based), Printer Profile Screen (Host-Based), Host Profile Screen (Host-Based)
modem connection, Defining the DTC Connector Cards (or Boards), Step 7: Configure DTC Cards
modem echo, Echo
modem type, Terminal Profiles, Printer Profile Screen (Host-Based), Host Profile Screen (Host-Based)
modems, Devices that Communicate Asynchronously
modes of input, How to Control Printers
MPE/iX, Plan the Network, Network Configuration Overview, Printer Types, Logical Device Numbers, Slaved Devices
MPE/iX commands, Session-Accepting Devices
MPE/iX file system, Describing Asynchronous Devices
MPE/iX operating system, How the File System Manages Information
MPE/iX prompt, Copy the Sample File, Copy the Sample File
multisession, How to Access Multisessions

N

nailed connections, Logical Device Numbers, Terminals
nailed devices, Defining the DTC Connector Cards (or Boards), Configuring Serial Devices (for PC-Based Management), Logical Device Numbers
nailed ports, Step 7: Configure DTC Cards
native language character set, Printer Profiles
native language device, Printer Profile Screen (Host-Based)
native language devices, Terminal Profiles
network directory file, Step 2: Open the Network Management Configuration File, Step 2: Open the Network Management Configuration File
network management, Typical Network Configurations
network management configuration file
NMCONFIG.PUB.SYS, Modify the Network Management Configuration File
network planning, Plan the Network
NLIO device, Terminal Profile Screen (Host-Based), Printer Profile Screen (Host-Based)
NMCBACK.PUB.SYS, Step 2: Open the Network Management Configuration File, Step 2: Open the Network Management Configuration File
NMCONFIG.PUB.SYS, Performing a Dynamic Configuration, Network Configuration Overview, Copy the Sample File, Step 2: Open the Network Management Configuration File, Step 8: Validate/Cross-Validate the Configuration File, Step 8: Validate/Cross-Validate the Configuration File
NMCONGIF.PUB.SYS, Step 8: Validate/Cross-Validate the Configuration File
NMGRXVAL.PUB.SYS, Step 8: Validate/Cross-Validate the Configuration File, Step 8: Validate/Cross-Validate the Configuration File
NMMGR, How Devices Communicate Once They Are Connected, Plan the Network, Configuring With NMMGR, Dynamic Configuration and DTS Shutdown/Restart, Network Configuration Overview, Step 1: Begin the Configuration Process, Non-Nailed Devices, Nailed Devices, Printer, Transmission Speed
NMMGR commands
maintenance mode, Maintenance Mode Commands
NMMGR password, Step 2: Open the Network Management Configuration File
NMSAMP1.PUB.SYS, Copy the Sample File
NMSMP1.PUB.SYS
sample configuration file, Network Configuration Overview
NMSTART.PUB.SYS, Using NMSTART
Node Management Configuration Manager
NMMGR, How Devices Communicate Once They Are Connected
node name, Defining the DTC, OpenView DTC Manager and NMMGR, Step 3: Configure the Local Node Name, Step 6: Specify DTC Configuration
node name of DTC, Defining the DTC
non-nailed connections, Logical Device Numbers, Terminals
non-nailed device, Logical Device Numbers, Non-Nailed Devices
non-nailed PAD terminals, Step 4: Configure the Link
non-nailed terminals, Step 4: Configure the Link
non-supported devices, Other Non-Supported Devices
none parity, Parity
nonshareable devices, Spooled Devices

P

pacing methods, How to Control the Flow of Data
Packet Switching Network
PSN, PAD Access
PAD, PAD Access, Step 3: Configure the Local Node Name, OpenView DTC Manager and NMMGR, Step 3: Configure the Local Node Name
printer profile, Defining the DTC Connector Cards (or Boards)
public, PAD Terminal Profiles
terminal profile, Defining the DTC Connector Cards (or Boards)
PAD Printer Profile screen, PAD Printer Profile (Host-Based)
PAD printers, PAD Printer Profile (Host-Based)
PAD profiles, PAD Terminal Profile (Host-Based), PAD Printer Profile (Host-Based)
PAD Terminal Profile screen, PAD Terminal Profile (Host-Based)
PAD terminal profiles, PAD Terminal Profile (Host-Based)
PAD terminals, PAD Terminal Profile (Host-Based)
page block mode, Block Mode
parity, Terminal Profiles, Printer Profiles, Modem Connections, How to Control the Flow of Data, Parity
parity bit, Parity
parity checking, Terminal Type 10, Terminal Type 18, Terminal Type 24, Printer Type 21, How to Control Terminals
parity error, Parity, Terminating Reads, Parity
parity sensing, Terminal Profiles, Terminal Profile Screen (Host-Based)
pass-through slaves, Slaved Devices
password, Step 2: Open the Network Management Configuration File, Step 2: Open the Network Management Configuration File, Disabling Echo
PC-based Management, Typical Network Configurations
PC-based management, Typical Network Configurations, Step 3: Configure the Local Node Name
DTS, Configuring Serial Devices (for PC-Based Management)
PC-based network management, Typical Network Configurations
PC-based screens
Configuration Selection, Step 5: Select DTC Type
DTC Configuration, Step 6: Specify DTC Configuration
DTS Host Configuration, Step 4: Configure the Link
Main, Step 3: Configure the Local Node Name
Open Configuration/Directory File, Step 2: Open the Network Management Configuration File
Printer Profile, Printer Profile Screen (PC-Based)
PCs, Devices that Communicate Asynchronously, Session-Accepting Devices
personal computers
PCs, Devices that Communicate Asynchronously
physical device address, Terminals
physical path, Step 4: Configure the Link, Configuring Serial Devices (for PC-Based Management), Step 4: Configure the Link
physical path of LANIC, Defining the HP 3000 System
PING/iX requests, Defining the DTC
plotters, Devices that Communicate Asynchronously, How MPE/iX Identifies Devices, Nailed Devices, Plotters, How Devices Are Owned and Why, Slaved Devices
port group, Step 7: Configure DTC Cards
port number, Defining the DTC Connector Cards (or Boards)
powerfail session recovery, Devices that Communicate Asynchronously
printer connections, Configuring Serial Devices (for Host-Based Management)
printer profile, Defining the DTC Connector Cards (or Boards)
Printer Profile screen, Printer Profile Screen (Host-Based), Printer Profile Screen (PC-Based)
Printer profiles, Printer Profiles
printer profiles, Defining the DTC Connector Cards (or Boards), Terminal and Printer Profiles, Printer Profile Screen (Host-Based), System Supplied Terminal and Printer Profiles
printer switching
host-based configuration, Printer Switching Configuration Screen
Printer Switching Configuration screen, Printer Switching Configuration Screen
printer type
printer type (18), Printer Type 18, The XON/XOFF Protocol, Parity
printer type (21), Printer Type 21, Parity
printer type (22), Printer Type 22
printer type (26), Printer Type 26
printer type 21, Parity
printer type file, Devices that Communicate Asynchronously, Modem Connections
printer type file name, PAD Printer Profile (Host-Based)
printer types, Printer Types
printers, Printer Type 18, Printer Type 22, Printer Type 26, How MPE/iX Identifies Devices, Nailed Devices, Plotters, How Devices Are Owned and Why, Slaved Devices, The XON/XOFF Protocol, How to Control Printers, Status Request, Printer Initialization
printer status request, How to Control the Flow of Data
private PAD, PAD Access
profile name, Profile Name, Creating and Modifying Profiles
Profile Selection screen, Creating and Modifying Profiles
profiles, Defining the DTC Connector Cards (or Boards), Step 7: Configure DTC Cards, Configure a Direct Connect Card, Terminal and Printer Profiles
suggested defaults, Step 7: Configure DTC Cards, Configure a Direct Connect Card
programmatic devices, Nailed Devices, How Operation Modes Set Functionality, Programmatic Devices
PSN, PAD Access
public PAD, PAD Access

R

read limit timer, Terminating Reads
read trigger, How to Control Printers
read trigger character, Terminal Type 18, The Read Trigger Character
read trigger character, How to Control the Flow of Data
receive pacing, How to Control the Flow of Data
record terminator, End-of-Record Character
record width, Terminal Profiles, Printer Profiles, Terminal Profile Screen (Host-Based), Printer Profile Screen (Host-Based), PAD Terminal Profile (Host-Based), PAD Printer Profile (Host-Based)
RecvPace, How to Control the Flow of Data
remote mode, The XON/XOFF Protocol
remote slaves, Slaved Devices
remote spooled serial printers, Printer Type 21, Printer Type 26
RESUME command, System Break
RS-232-C cables, Direct Connections, Modem Connections
RS-232-C connections, Direct Connections
RS-422-C cables, Direct Connections
RS-422-C connections, Direct Connections
running maintenance mode from a batch job, Running Maintenance Mode from a Batch Job

S

sample configuration file, Network Configuration Overview, Copy the Sample File
screens
Card Configuration, Step 7: Configure DTC Cards
Configuration Selection, Step 5: Select DTC Type
DNS/IP Routing Configuration, Configuring DNS/IP
DTC Automatic Configuration, Step 2: Activate Automatic Configuration Process, Step 3: Complete Automatic configuration
DTC Configuration, Step 6: Specify DTC Configuration, Step 6: Specify DTC Configuration, Host Profile Screen (Host-Based)
DTC Configuration Selection, Step 2: Activate Automatic Configuration Process, Step 5: Select DTC Type
DTC User Interface, Configuring the DTC User Interface
DTS Host Configuration, Step 4: Configure the Link, Step 4: Configure the Link
DTS Profile Selection, Creating and Modifying Profiles
Host Profile, Host Profile Screen (Host-Based)
Main, Step 3: Configure the Local Node Name, Step 3: Configure the Local Node Name
Open Configuration/Directory File, Step 2: Open the Network Management Configuration File, Step 2: Open the Network Management Configuration File
PAD Printer Profile, PAD Printer Profile (Host-Based)
PAD Terminal Profile, PAD Terminal Profile (Host-Based)
Printer Profile, Printer Profile Screen (Host-Based), Printer Profile Screen (PC-Based)
Printer Switching Configuration, Printer Switching Configuration Screen
SNMP Authorization Filter Configuration, Configuring SNMP Authorization Filters
SNMP MIB Configuration, Configuring SNMP MIB Parameters
SNMP Trap Destination Configuration, Configuring Trap Destinations
Terminal Profile, Terminal Profile Screen (Host-Based), Terminal Profile Screen (PC-Based)
Terminal Switching Configuration, Terminal Switching Configuration Screen
Tune DTC - Timer Selection, Tuning Your DTC
serial devices, Nailed Devices
serial port, Device Physical Path
serial printers, Devices that Communicate Asynchronously, Printer Type 22, Printer Type 26, Modem Connections
seriall printers, Modem Connections
session, Non-Nailed Devices, How Devices Are Owned and Why, Character Mode
session-accepting, System Console
session-accepting device, How Operation Modes Set Functionality, System Console, Session-Accepting Devices
SET command, How to Control Terminals
SET ECHO command, Disabling Echo
SHOWDEV command, How Devices Are Owned and Why
shutdown, System Console
shutdown procedures, System Console
Simple Network Management Protocol
SNMP, Configuring SNMP
slaved device, How Operation Modes Set Functionality, Session-Accepting Devices, Slaved Devices
SNMP, Configuring SNMP
authentication trap, Configuring SNMP MIB Parameters
Configuring SNMP, Configuring SNMP
SNMP agent, Configuring SNMP
SNMP Authorization Filter, Configuring SNMP Authorization Filters
SNMP manager, Configuring SNMP Authorization Filters
SNMP MIB parameters, Configuring SNMP MIB Parameters
trap destination, Configuring Trap Destinations
Trap Destination Configuration screen, Configuring Trap Destinations
SNMP Authorization Filter Configuration screen, Configuring SNMP Authorization Filters
SNMP MIB Configuration screen, Configuring SNMP MIB Parameters
special characters, The XON/XOFF Protocol, How to Control Terminals, Special Characters, Data Editing Modes, How to Control Printers
special character sets, Data Editing Modes
special control functions, Special Characters
SPEED command, How to Control Terminals
spooled, Printer Type 22, Printer Type 26, How Devices Are Owned and Why
serial printers, Printer Type 22
spooled device, How Operation Modes Set Functionality
spooled serial lprinters, Printer Type 21
spooled serial printers, Printer Type 26
spooler, Printer Type 21, How Devices Are Owned and Why
spoolfile, Printer Type 26, How Devices Are Owned and Why
spooling facility, Spooled Devices
standard editing, Data Editing Modes
standard editing mode, Data Editing Modes
start bit, Devices that Communicate Asynchronously, Block Mode
startup procedures, System Console
statistical multiplexer, Printer Type 26, Local Echo
status checking, Printer Type 21, Status Request
status request, Printer Type 26, Status Request
stop bit, Devices that Communicate Asynchronously, Block Mode
stop bits, Terminal Profiles
STOP key, The XON/XOFF Protocol
subnet mask, Configuring DNS/IP
subsystem break, How to Control Terminals, Subsystem Break
subsystem break character, Terminating Reads
SUMMARYCONF command, SUMMARYCONF
supported speeds, System Console, Direct Connections
Switching User Interface, Multi-System Access
system break, How to Control Terminals
system break character, Terminating Reads
system break signal, System Break
system console, How Devices Communicate Once They Are Connected, Terminal Type 10, Printer Type 18, Nailed Devices, System Console, Device Physical Path, How Operation Modes Set Functionality, System Console, Session-Accepting Devices, Direct Connections, System Console Attention Character, Terminating Reads, Parity
system console message, Printer Type 26
system initialization, System Console, System Console

T

TAC, Telnet/iX Access
tape drive, System Console
telephone lines, Modem Connections
TELNET, Telnet/iX Access
TELNET access card, Telnet/iX Access
TELNET Express, Telnet/iX Access, Configuring Serial Devices (for PC-Based Management), Step 4: Configure the Link
terminal connections, Configuring Serial Devices (for Host-Based Management)
terminal profile, Defining the DTC Connector Cards (or Boards)
Terminal Profile screen, Terminal Profile Screen (PC-Based)
terminal profiles, Defining the DTC Connector Cards (or Boards), Terminal and Printer Profiles, Terminal Profiles, Creating and Modifying Profiles
terminal switching
host-based configuration, Terminal Switching Configuration Screen
Terminal Switching Configuration screen, Terminal Switching Configuration Screen
terminal type
terminal type (10), Terminal Type 10
terminal type (18), Terminal Type 18
terminal type (24), Terminal Type 24
terminal type file, Devices that Communicate Asynchronously
terminal type file name, Terminal Profile Screen (Host-Based), PAD Terminal Profile (Host-Based)
terminall profiles, Terminal Profile Screen (Host-Based), System Supplied Terminal and Printer Profiles
terminals, Devices that Communicate Asynchronously, How MPE/iX Identifies Devices, Logical Device Numbers, Nailed Devices, Terminals, How Devices Are Owned and Why, Session-Accepting Devices, Slaved Devices, Modem Connections, How to Control Terminals, Local Echo, End-of-Record Character, System Break, How to Control Printers
terminal emulation mode, Session-Accepting Devices
terminal keyboard, Echo
termswitch, Terminal Switching Configuration Screen
test instruments, Other Non-Supported Devices
toggle switch, The XON/XOFF Protocol
transmission errors, Modem Connections
transmission speed, Modem Connections
transmit pacing, How to Control the Flow of Data
transparent editing, Data Editing Modes
transparent mode, Data Editing Modes
troubleshoot, Terminals
TTUTIL, Terminal Profile Screen (Host-Based), PAD Terminal Profile (Host-Based), PAD Printer Profile (Host-Based)
tune DTC, Tuning Your DTC
Tune DTC Timer Selection screen, Tuning Your DTC
typeahead, Devices that Communicate Asynchronously, Typeahead Echo
typeahead echo, Echo
typical configurations, Introduction

Z

zeros parity, Parity


glossary
  		 
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