% VAX-11 Librarian V04-00u u"\#5 MICOM_SWITCH u1 MICOM_SWITCH COMMANDSAThe MICOM switch accepts 20 mnemonic commands. Each command mustDbegin in the first column. The three most common responses from the $switch (with an interpretation) are: % TASK COMPLETE (success!), ? (unknown command)K SPECIFICATION ERROR (the arguments are not correct for this command)2 CON CON--Forced ConnectionHConnections may be forced between any two line/port interfaces (li ne-to-Iport, port-to-line, port-to-port, line-to-line). The interfaces must beDIDLE or OOS and cannot have the ABR (auto baud rate) characteristic.EA line or port may be force connected to itself for loopback testing. COMMAND FORMAT L L CON Pnnnn Pnnnn L:2 DAT DAT--Set DateGWhen the MICOM is powered up or reinitialized by setting the CCM switch%to 6 or 7, the date is s et to zero.  COMMAND FORMAT DAT doy 62 DIS DIS--Forced Disconnection6Any connection can be broken form the Command Console. COMMAND FORMAT L DIS Pnnnn   L:2 DMP DMP--Displaying RAMGDisplay the contents of RAM in hexadecimal. RAM addresses extend from location 6000H t o BFFFH. COMMAND FORMAT DMP yyyy xxB2 ENA) ENA--Enabling lines, ports, or classesFAny line, port, or class (or group or lines, ports, or classes) which Ehas been disabled due to a condition that put it OOS (out-of-service)Eor due to and OUT command, may be enabled from the command console -- with the following limitations :C 1. The ENA class command  does not enable OOS ports within thatG class, unless they were placed out of service by a OUT command.E 2. Ports placed OOS by the absence of DTR (with their Quad Line/A Port Interface switch set to position 8) will be briefly @ enabled but unless DTR has been raised, they will go OOS' during the next firmware cycle. COMMAND FORMAT Lnnnn (Lnnnn) ENA Pnnnn (Pnnnn) Cnnn (Cnnn) LnnnnD.2 ENQ* ENQ--Displaying connect/fail statisticsCDisplay the tabulated number or successful connections and failure-to-connect for each port class.ETo display the statistics for all port classes, enter the ENQ commandwith no arguments. COMMAND FORMAT ENQ (Cnnn) (Cnnn)@.2 LIM LIM--Limit Table OperationsEThe LIM command has three distinct functional uses. The command can:% 1. ASSIGN LINES TO A LIMIT TABLE 2. BUILD LIMIT TABLES  3. DISPLAY LIMIT TABLES3 ASSIGNFEach line may be assigned to one of 15 limit tables. Line assignments?may be specified in the CPROM or modified with the LIM command. COMMAND FORMAT LIM Lnnnn (Lnnnn) TttA.3 BUILDGInclusion/exclusion tables may be specified in the CPROM or built with Bthe LIM command. Revised tables supersede the CPROM tables until power-up or re-initialization>. COMMAND FORMAT I LIM Ttt EB. 3 DISPLAY6Inclusion/exclusion limit tables in RAM are displayed. COMMAND FORMAT LIM D Ttt (Ttt)B.2 MOF MOF--Turning monitor off=Turning the monitor off disconnects both monitor connections. COMMAND FORMAT MOF.2 MON MON--Monitor onDData to and from line and port interfaces can be routed through the AMonitor A and B connections. See MICOM User's Guide for details. COMMAND FORMAT L MON PnnnnD.2 MSG MSG--System message command<The MSG command has 4 functional uses. The MSG command can: 1. DISPLAY SYSTEM MESSAGES/ 2. MODIFY CLASSES RECEIVING SYSTEM MESSAGES 3. ENTER NEW SYSTEM MESSAGES 4. ERASE NEW SYSTEM MESSAGES 3 DISPLAYGAny system message can be displayed with the MSG command. Message 0 isBcalled the SYSTEM WELCOME MESSAGE. It is typically sent to lines Cpermitted to select more than 1 system. The default SYSTEM WELCOMEMESSAGE is stored in the CPROM. COMMAND FORMAT MSG mm DG.3 MODIFYEModifying or entering classes for the SYSTEM WELCOME MESSAGE selects 1the classes receiving the SYSTEM WELCOME MESSAGE.D COMMAND FORMAT TERMINALS SELECTED TO RECEIVE MESSAGE> MSG 0 C0 Class-selectable terminals only@ MSG 0 Cnnn (Cnnn) One class (or sequential classes)C MSG 0 C0 Cnnn (Cnnn) Class-selectable terminals PLUS one E class (or sequential group of classes)@.3 ENTERFThe MICOM will accept up to ten system status messages (in addition toEthe System Welcome Message). Each message has a maximum length of 29Ccharacters. Each message can be assigned to any one class or group of classes. COMMAND FORMAT MSG m Cnnn (Cnnn)F.3 ERASE!Any system message may be erased. COMMAND FORMAT MSG m ED.2 NAD NAD--Display Symbolic NamesCThe NAD command will display the selected symbolic names. The NAD 8command without an argument displays all symbolic names." COMMAND FORMAT RESULTS> NAD xxxxxxxx Selected symbolic name is displayed; NAD All symbolic names are displayedC NAD Cnnn (Cnnn) Names for selected classes are displayedD.2 NAM, NAM--Add, revise, or delete symbolic nameCSymbolic names are added, revised, or deleted with the NAM command.& COMMAND FORMAT RESULTS@ NAM xxxxxxxx Cnnn (Cnnn) Symbolic name is ADDED or REVISED7 NAM xxxxxxxx Symbolic name is DELETEDD.2 OUT( OUT--Disable lines, ports, or classesGAny single line, port, or class -- or group of lines, ports, or classes=-- may be disabled (removed from the port selection process). COMMAND FORMAT Lnnnn (Lnnnn) OUT Pnnnn (Pnnnn) Cnnn (Cnnn) Lnnnn=.2 SET . SET--Assign characteristics to line or portEThe SET command has 3 functional uses. A fourth form of the command Dallows simultaneous assignment of any or all 3 characteristics. Thecommand operations are:' 1. CLASS ASSIGNMENT TO PORT OR LINE2 2. PARAMETER TABLE ASSIGNMENT FOR PORT OR LINE* 3. MATRIX SWITCHING ENABLE AND DISABLE 4. SIMULTANEOUS USE3 CLASSEThe assignment of a port to a class enables fixed class lines in the Gsame class and class-selectable (class 0) lines to connect to the port.FThe assignment of a non-zero class to a line restricts access to ports3of the same class exclusively (fixed class line). CThe assignment of a zero class to a line enables the port selection)process for the line (or group of lines). COMMAND FORMAT Lnnnn (Lnnnn) SET Pnnnn (Pnnnn) Cnnn LnnnnB. 3 PARAMETEREThe assignment of a line to one of sixteen line parameter tables, or Dof a port to one of sixteen port parameter tables, enables different*operation of the line and port interfaces. COMMAND FORMAT Lnnnn (Lnnnn) LTnn SET Pnnnn (Pnnnn) PTnnB.3 MATRIXATerminals can be enabled and disabled in use of matrix switching.>Matrix switching allows the terminals to connect explicitly to!an individual port by its number.( COMMAND FORMAT RESULTS8 SET Lnnnn (Lnnnn) X Enable matrix switching9 SET Lnnnn (Lnnnn) NX Disable matrix switchingA.3 SIMULTANEOUS>The SET command may be used to simultaneously assign a class, ;enable or disable matrix switching, and assign a parameter table reference. COMMAND FORMAT# Lnnnn (Lnnnn) LTnn# SET Pnnnn (Pnnnn) Cnnn X/NX PTnn  LnnnnB.2 SOF& SOF--Turn off statistics log outputETurning off statistics log output does not reset the sequence number. COMMAND FORMAT SOF!.3 SON % SON--Turn on statistics log output=The statistics log output can be turned on and routed to the statistics port connector. COMMAND FORMAT SON .3 SPD SPD--Set line/port speedDThe speed of each line and port is defined in the CPROM. These da taBrates are read into RAM at [re]initialization and may be modified.CThe speed modification becomes effective during the next connection7process -- not at the time the SPD command is issued.  COMMAND FORMAT Lnnnn (Lnnnn) SPD Pnnnn (Pnnnn) Sdd LnnnnF. 4 SPEED_CO!DES$The following speed codes are valid: SPEED CODE RATE. 0 ABR (auto baud rate) 1 75 bps 2 110 bps 3 150 bps 4 200 bps 5 300 bps 6 600 bps 7 1200 bps 8 2400 bps 9 4800 bps 10 9600 bps2 STA STA--Status of line or port@The status of a line or port (or g"roup of lines or ports) may be displayed. COMMAND FORMAT Lnnnn (Lnnnn) STA Pnnnn (Pnnnn)" LnnnnC.2 TIM TIM--Set timeAWhen the MICOM is [re]initialized, the time is set to zero. The #MICOM does NOT validate time input. COMMAND FORMAT TIM hhmmss?.ww