Info-Vax-REQUEST@KL.SRI.COM.UUCP (05/11/87)
Info-Vax Digest Monday, 11 May 1987 Volume 0 : Issue 17
Today's Topics:
Re: clearing the screen
Tracing "transit" packets through a DECnet node
Definitions of PCB status bits and scheduler state codes for VAX C
Quick way to see if a DECnet node is reachable
Re: Where are PCB$ and SCH$ defines??
Printer queue on HP Laser Jet+
A leading blank page on our printer queue.
Re: Where are PCB$ and SCH$ defines??
Re: Where are PCB$ and SCH$ defines??
Re: How do you ring bell in DCL file?
----------------------------------------------------------------------
Date: 8 May 87 20:10:14 GMT
From: amethyst!face@arizona.edu (Chris Janton)
Subject: Re: clearing the screen
To clear the screen and ring the bell, leaving the cursor positioned on
the first line do the following - (assumes a VT100)
1. Create a file with the proper escape sequences: (assume name clear_bell)
<esc>[;H<esc>[J<bel>
2. Create an FDL file that looks like this (assume name clear_bell.fdl)
IDENT " 8-MAY-1987 12:40:05 VAX/VMS ANALYZE/RMS_FILE Utility"
SYSTEM
SOURCE VAX/VMS
FILE
ALLOCATION 3
BEST_TRY_CONTIGUOUS no
CLUSTER_SIZE 3
CONTIGUOUS no
EXTENSION 0
GLOBAL_BUFFER_COUNT 0
NAME "CLEAR_BELL."
ORGANIZATION sequential
OWNER [25,14]
PROTECTION (system:RWED, owner:RWED, group:RE, world:E)
RECORD
BLOCK_SPAN yes
CARRIAGE_CONTROL none
FORMAT variable
SIZE 255
The key point here is the carriage_control entry of "none"
3. Execute the command
Convert/Fdl=clear_bell clear_bell clear_bell
which creates a new version of the file clear_bell with the appropriate
file attributes.
4. Put the new clear_bell file in a suitable place.
5. In DCL procedures use the command
$ type clear_bell.
to clear the screen and ring the bell.
Note: I realize that this requires an image activation but TYPE is usually
installed so it shouldn't matter too much. How often do you clear the screen
anyway?
------------------------------
Date: 9 May 87 15:16:10 GMT
From: hao!gaia!jon@ames.arpa (Jonathan Corbet)
Subject: Tracing "transit" packets through a DECnet node
Does anybody out there know how to find the source of "transit"
packets being sent through a DECnet node? I have a critical, but slow
(async!) line that I need to keep relatively free during the day, and it
sometimes gets bogged down with data being sent between two remote nodes.
There are far too many nodes on this net for me to try "tell xxx show known
links" to each one...is there maybe an easier way?
Thanks,
Jonathan Corbet
{seismo | hplabs | gatech}!hao!gaia!jon
{ucbvax | allegra | cbosgd}!nbires!gaia!jon
--
Jonathan Corbet
{seismo | hplabs | gatech}!hao!gaia!jon
{ucbvax | allegra | cbosgd}!nbires!gaia!jon
------------------------------
Date: Sat, 9 May 87 09:22:21 PDT
From: nagy%warner.hepnet@lbl.arpa
Subject: Definitions of PCB status bits and scheduler state codes for
VAX C
>Where are PCB$ and SCH$ defines??
>
>Where is this information??? If someone has previously needed this data for
>a C program and has already created '.h' files I would greatly appreciate
>a copy of them.
>
>Jim Vallino
>Siemens Research and Technology Lab.
$PCBDEF and $STATEDEF are defined in LIB.MLB. Included below are VAX C
header files $PCBSTSDEF.H (process status bit definitions from the PCB)
and $STATEDEF.H (scheduler state codes). These were prepared from the
BLISS require file SYS$LIBRARY:LIB.REQ shipped with VMS by a set of
procedures I wrote and a bit of judicious editting.
=Frank Nagy
=Fermilab Research Division EED/Controls
=FNAL::NAGY.HEPNET or NAGY@FNAL.Bitnet
========================Cut Here for $PCBSTSDEF.H===========================
/*+ $PCBSTSDEF
Module ($PCBSTSDEF) of FERMI$LIB:LCLCDEF.TLB.
Defines symbols for the process status bits in the PCB which is
returned by $GETJPI for the JPI$_STS item code.
-*/
/* Extracted $PCBDEF from SYS$LIBRARY:LIB on 30-DEC-1983*/
/* Bit numbers: */
#define PCB$V_ASTPEN 17 /* AST pending */
#define PCB$V_BATCH 14 /* Process is a batch job */
#define PCB$V_DELPEN 1 /* Delete pending */
#define PCB$V_DISAWS 24 /* Disable automatic WS adjustment */
#define PCB$V_FORCPEN 2 /* Force exit pending */
#define PCB$V_HIBER 19 /* Hibernate after initial image activate */
#define PCB$V_INQUAN 3 /* Initial quantum in progress */
#define PCB$V_LOGIN 20 /* Login w/o reading authorization file */
#define PCB$V_NETWRK 21 /* Network connected job */
#define PCB$V_NOACNT 15 /* No accounting for process */
#define PCB$V_NODELET 23 /* No delete */
#define PCB$V_PHDRES 18 /* Process header resident */
#define PCB$V_PSWAPM 4 /* Process swap mode (1noswap) */
#define PCB$V_PWRAST 22 /* Power failure AST */
#define PCB$V_RES 0 /* Resident in balance set */
#define PCB$V_RESPEN 5 /* Resume pending, skip suspend */
#define PCB$V_SSFEXC 6 /* System service exception enabled (K) */
#define PCB$V_SSFEXCE 7 /* System service exception enabled (E) */
#define PCB$V_SSFEXCS 8 /* System service exception enabled (S) */
#define PCB$V_SSFEXCU 9 /* System service exception enabled (U) */
#define PCB$V_SSRWAIT 10 /* System service resource wait disable */
#define PCB$V_SUSPEN 11 /* Suspend pending */
#define PCB$V_SWPVBN 16 /* Warite for swap VBN in progress */
#define PCB$V_WAKEPEN 12 /* Wake pending, skip hibernate */
#define PCB$V_WALL 13 /* Wait for all events in mask */
/* Bit masks: */
#define PCB$M_ASTPEN (1 << PCB$V_ASTPEN)
#define PCB$M_BATCH (1 << PCB$V_BATCH)
#define PCB$M_DELPEN (1 << PCB$V_DELPEN)
#define PCB$M_DISAWS (1 << PCB$V_DISAWS)
#define PCB$M_FORCPEN (1 << PCB$V_FORCPEN)
#define PCB$M_HIBER (1 << PCB$V_HIBER)
#define PCB$M_INQUAN (1 << PCB$V_INQUAN)
#define PCB$M_LOGIN (1 << PCB$V_LOGIN)
#define PCB$M_NETWRK (1 << PCB$V_NETWRK)
#define PCB$M_NOACNT (1 << PCB$V_NOACNT)
#define PCB$M_NODELET (1 << PCB$V_NODELET)
#define PCB$M_PHDRES (1 << PCB$V_PHDRES)
#define PCB$M_PSWAPM (1 << PCB$V_PSWAPM)
#define PCB$M_PWRAST (1 << PCB$V_PWRAST)
#define PCB$M_RES (1 << PCB$V_RES)
#define PCB$M_RESPEN (1 << PCB$V_RESPEN)
#define PCB$M_SSFEXC (1 << PCB$V_SSFEXC)
#define PCB$M_SSFEXCE (1 << PCB$V_SSFEXCE)
#define PCB$M_SSFEXCS (1 << PCB$V_SSFEXCS)
#define PCB$M_SSFEXCU (1 << PCB$V_SSFEXCU)
#define PCB$M_SSRWAIT (1 << PCB$V_SSRWAIT)
#define PCB$M_SUSPEN (1 << PCB$V_SUSPEN)
#define PCB$M_SWPVBN (1 << PCB$V_SWPVBN)
#define PCB$M_WAKEPEN (1 << PCB$V_WAKEPEN)
#define PCB$M_WALL (1 << PCB$V_WALL)
/*
End of $PCBSTSDEF module.
*/
========================Cut Here for $STATEDEF.H===========================
/*+ $STATEDEF
Module ($STATEDEF) of FERMI$LIB:LCLCDEF.TLB.
Defines symbols for the process's scheduler state returned
by $GETJPI for the JPI$_STATE item code.
-*/
/* Extracted $STATEDEF from SYS$LIBRARY:LIB.REQ on 09-May-1987*/
#define SCH$C_COLPG 1 /* collided page wait */
#define SCH$C_MWAIT 2 /* mutex and miscellaneous resource wait */
#define SCH$C_CEF 3 /* common event flag wait state */
#define SCH$C_PFW 4 /* page fault wait */
#define SCH$C_LEF 5 /* local event flag wait */
#define SCH$C_LEFO 6 /* local event flag wait out of balance set */
#define SCH$C_HIB 7 /* hibernate wait */
#define SCH$C_HIBO 8 /* hibernate wait out of balance set */
#define SCH$C_SUSP 9 /* suspended */
#define SCH$C_SUSPO 10 /* suspended out of the balance set */
#define SCH$C_FPG 11 /* freepage wait */
#define SCH$C_COM 12 /* compute, in balance set state */
#define SCH$C_COMO 13 /* compute, out of balance set state */
#define SCH$C_CUR 14 /* current process state */
------------------------------
Date: 9 May 87 15:58:05 GMT
From: ucsdhub!hp-sdd!ncr-sd!ncrcae!hubcap!gatech!hao!gaia!jon@sdcsvax.
ucsd.edu (Jonathan Corbet)
Subject: Quick way to see if a DECnet node is reachable
Somebody recently asked about how one might quickly see if a DECnet node
is reachable. Below is some code which does just that. It uses the
(undocumented) netacp calls that were published in the Pageswapper last
year. Be warned: this stuff is undocumented, unsupported. It could break
at any new release of the system!
There are two files here, "reachable.c" and "nfbdef.h". The latter is a
little long, but I have modified it enough (mostly by adding structure
definitions) that I couldn't just say "get it from lib.mlb".
enjoy.
Jonathan Corbet
{seismo | hplabs | gatech}!hao!gaia!jon
{ucbvax | allegra | cbosgd}!nbires!gaia!jon
------- reachable.c ---------------------
/* 1/86 jc */
# include "nfbdef.h"
# include <iodef.h>
# include <stdio.h>
# define error(s) (((s) & 0x1) == 0)
reachable (node)
char *node;
/*
* Return TRUE iff the given node is reachable.
* NOTE: This routine relies on an undocumented interface to NETACP
* that is discussed in the January '86 Pageswapper.
*/
{
struct nfb nfb;
struct nfbkey key;
int chan = 0, status, len = 0, ef = 0;
short iosb[4];
char buf[1024];
int nfbd[2] = { sizeof (struct nfb), &nfb };
int keyd[2] = { sizeof (struct nfbkey), &key };
/*
* Set up the NFB.
*/
nfb.nfb$b_fct = NFB$C_FC_SHOW;
nfb.nfb$b_flags = NFB$M_MULT;
nfb.nfb$b_database = NFB$C_DB_NDI;
nfb.nfb$l_srch_key = NFB$C_NDI_REA;
nfb.nfb$b_oper = NFB$C_OP_EQL;
nfb.nfb$l_srch2_key = NFB$C_NDI_LOO;
nfb.nfb$b_oper2 = NFB$C_OP_NEQ;
nfb.nfb$b_mbz1 = 0;
nfb.nfb$w_cell_size = 0;
nfb.nfb$l_fldid[0] = NFB$C_NDI_NNA;
nfb.nfb$l_fldid[1] = NFB$C_ENDOFLIST;
/*
* Set up the match key.
*/
key.p4_count = 0;
key.srch = 1;
key.srch2 = 1;
key.start = 0;
/*
* Get a net channel.
*/
lib$get_ef (&ef);
status = sys$assign (descr ("_NET:"), &chan, 0, 0);
if (error (status))
syserr (status, "Assign to net");
/*
* Do the qio.
*/
status = sys$qiow (ef, chan, IO$_ACPCONTROL, iosb, 0, 0,
nfbd, keyd, &len, descr_n (buf, 1024), 0, 0);
if (error (status))
syserr (status, "QIO status");
else if error (iosb[0])
syserr (iosb[0], "QIO iosb");
/*
* Release our resources.
*/
sys$dassgn (chan);
lib$free_ef (&ef);
/*
* See if the node is reachable.
*/
return (is_reachable (buf, len, node));
}
is_reachable (buf, len, node)
char *buf;
int len;
char *node;
/*
* Pass through the given buffer and see if the given node appears therein.
*/
{
int length;
char *cp = buf;
/*
* Pass through the structure.
*/
while ((cp - buf) < len)
{
/*
* The first two bytes are the length of the node name. Sometimes
* one sees a length of zero, caused by nodes in the same area for
* which no name has been set.
*/
if (length = * (short *) cp)
{
if (! strncmp (node, cp + 2, length))
return (TRUE);
}
/*
* Advance to the next name.
*/
cp += length + 2;
}
return (FALSE);
}
------- nfbdef.h -----------------------
/*
$NFBDEF symbol definitions from LIB.MLB
*/
/*
* My own version of this file, with comments and structure definitions
* added. jc.
*/
# define NFB$B_DATABASE 0X2
# define NFB$B_FCT 0X0
# define NFB$B_FLAGS 0X1
# define NFB$B_MBZ1 0XD
# define NFB$B_OPER 0X3
# define NFB$B_OPER2 0XC
# define NFB$B_STR_TEXT 0X2
# define NFB$C_AJI_ADD 0X13010010
# define NFB$C_AJI_BLO 0X13010013
# define NFB$C_AJI_CIR 0X13020042
# define NFB$C_AJI_COL 0X13020040
# define NFB$C_AJI_LCK 0X13000001
# define NFB$C_AJI_LIT 0X13010012
# define NFB$C_AJI_NNA 0X13020041
# define NFB$C_AJI_REA 0X13000002
# define NFB$C_AJI_RPR 0X13010014
# define NFB$C_AJI_TYP 0X13010011
# define NFB$C_ARI_ADD 0X14010010
# define NFB$C_ARI_COL 0X14020040
# define NFB$C_ARI_DCO 0X14010011
# define NFB$C_ARI_DHO 0X14010012
# define NFB$C_ARI_DLI 0X14020041
# define NFB$C_ARI_LCK 0X14000001
# define NFB$C_ARI_NND 0X14010013
# define NFB$C_ARI_REA 0X14000002
# define NFB$C_CRI_ACB 0X4010029
# define NFB$C_CRI_ACI 0X401002A
# define NFB$C_CRI_BBT 0X4010025
# define NFB$C_CRI_BLK 0X4000003
# define NFB$C_CRI_BLO 0X4010017
# define NFB$C_CRI_CHN 0X4010021
# define NFB$C_CRI_CHR 0X4020043
# define NFB$C_CRI_CNT 0X4020044
# define NFB$C_CRI_COL 0X4020040
# define NFB$C_CRI_COS 0X4010018
# define NFB$C_CRI_CTA 0X4010011
# define NFB$C_CRI_DEVNAM 0X402004A
# define NFB$C_CRI_DLM 0X4000005
# define NFB$C_CRI_DRT 0X4010036
# define NFB$C_CRI_DTE 0X4020049
# define NFB$C_CRI_DTH 0X4010031
# define NFB$C_CRI_DYB 0X401002E
# define NFB$C_CRI_DYI 0X401002F
# define NFB$C_CRI_DYT 0X4010030
# define NFB$C_CRI_HET 0X4010019
# define NFB$C_CRI_IAB 0X401002B
# define NFB$C_CRI_IAI 0X401002C
# define NFB$C_CRI_IAT 0X401002D
# define NFB$C_CRI_LCK 0X4000001
# define NFB$C_CRI_LCT 0X4010015
# define NFB$C_CRI_LIT 0X401001A
# define NFB$C_CRI_LOO 0X4020046
# define NFB$C_CRI_MBL 0X4010022
# define NFB$C_CRI_MRB 0X4010027
# define NFB$C_CRI_MRC 0X401001B
# define NFB$C_CRI_MRT 0X4010034
# define NFB$C_CRI_MST 0X4010032
# define NFB$C_CRI_MTR 0X4010028
# define NFB$C_CRI_MWI 0X4010023
# define NFB$C_CRI_NAM 0X4020041
# define NFB$C_CRI_NUM 0X4020048
# define NFB$C_CRI_OWPID 0X4010010
# define NFB$C_CRI_P2P 0X4020045
# define NFB$C_CRI_PLS 0X401001E
# define NFB$C_CRI_PNA 0X4010016
# define NFB$C_CRI_PNN 0X4020047
# define NFB$C_CRI_POL 0X401001D
# define NFB$C_CRI_RCT 0X401001C
# define NFB$C_CRI_RPR 0X4010035
# define NFB$C_CRI_SER 0X4000002
# define NFB$C_CRI_SRV 0X4010012
# define NFB$C_CRI_STA 0X4010013
# define NFB$C_CRI_SUB 0X4010014
# define NFB$C_CRI_TRI 0X4010024
# define NFB$C_CRI_TRT 0X4010026
# define NFB$C_CRI_TYP 0X4010020
# define NFB$C_CRI_USE 0X401001F
# define NFB$C_CRI_VER 0X4000004
# define NFB$C_CRI_VMSNAM 0X4020042
# define NFB$C_CRI_XPT 0X4010033
# define NFB$C_CTX_SIZE 0X40
# define NFB$C_DB_AJI 0X13 /* Adjacency information */
# define NFB$C_DB_ARI 0X14 /* Area information */
# define NFB$C_DB_CRI 0X4 /* Circuit information */
# define NFB$C_DB_EFI 0X6 /* Event logging filters */
# define NFB$C_DB_ESI 0X7 /* Event logging sinks */
# define NFB$C_DB_LLI 0X8 /* Logical links */
# define NFB$C_DB_LNI 0X1 /* Local node information */
# define NFB$C_DB_MAX 0X1B
# define NFB$C_DB_NDI 0X2 /* Common node information */
# define NFB$C_DB_OBI 0X3 /* Object information */
# define NFB$C_DB_PLI 0X5 /* Line information */
# define NFB$C_DB_PSI1 0X15
# define NFB$C_DB_PSI2 0X16
# define NFB$C_DB_PSI3 0X17
# define NFB$C_DB_PSI4 0X18
# define NFB$C_DB_PSI5 0X19
# define NFB$C_DB_SDI 0X1A /* Service (DLE) Information */
# define NFB$C_DB_SPI 0X12 /* Server process info */
# define NFB$C_DB_XAI 0X1B /* X.25 access database */
# define NFB$C_DB_XD5 0XD
# define NFB$C_DB_XD9 0XF
# define NFB$C_DB_XDI 0XB
# define NFB$C_DB_XGI 0XA
# define NFB$C_DB_XNI 0X9
# define NFB$C_DB_XS5 0XC
# define NFB$C_DB_XS9 0XE
# define NFB$C_DB_XTI 0X10
# define NFB$C_DB_XTT 0X11
# define NFB$C_DB_XXX 0X1C
# define NFB$C_DECLNAME 0X15 /* Declare name */
# define NFB$C_DECLOBJ 0X16 /* Declare object */
# define NFB$C_DECLSERV 0X17 /* Declare server avail */
# define NFB$C_EFI_B1 0X6010012
# define NFB$C_EFI_B2 0X6010013
# define NFB$C_EFI_COL 0X6020040
# define NFB$C_EFI_EVE 0X6020041
# define NFB$C_EFI_LCK 0X6000001
# define NFB$C_EFI_SB1 0X6020042
# define NFB$C_EFI_SB2 0X6020043
# define NFB$C_EFI_SB3 0X6020044
# define NFB$C_EFI_SIN 0X6010010
# define NFB$C_EFI_SP1 0X6010011
# define NFB$C_ENDOFLIST 0X0
# define NFB$C_ESI_B1 0X7010013
# define NFB$C_ESI_B2 0X7010014
# define NFB$C_ESI_COL 0X7020040
# define NFB$C_ESI_LCK 0X7000001
# define NFB$C_ESI_LNA 0X7020041
# define NFB$C_ESI_SB1 0X7020042
# define NFB$C_ESI_SB2 0X7020043
# define NFB$C_ESI_SB3 0X7020044
# define NFB$C_ESI_SNK 0X7010010
# define NFB$C_ESI_SP1 0X7010012
# define NFB$C_ESI_STA 0X7010011
# define NFB$C_FC_CLEAR 0X24 /* Clear field values */
# define NFB$C_FC_DELETE 0X21 /* Delete an entry from db */
# define NFB$C_FC_LOOP 0X26 /* (PSI) loop x.25 lines */
# define NFB$C_FC_MAX 0X26
# define NFB$C_FC_SET 0X23 /* Set/modify field values */
# define NFB$C_FC_SHOW 0X22 /* Return specified info */
# define NFB$C_FC_ZERCOU 0X25 /* Zero counters */
# define NFB$C_LENGTH 0X10
# define NFB$C_LLI_CNT 0X8010018
# define NFB$C_LLI_COL 0X8020040
# define NFB$C_LLI_DLY 0X8010010
# define NFB$C_LLI_IPID 0X8010016
# define NFB$C_LLI_LCK 0X8000001
# define NFB$C_LLI_LLN 0X8010012
# define NFB$C_LLI_PID 0X8010015
# define NFB$C_LLI_PNA 0X8010014
# define NFB$C_LLI_PNN 0X8020043
# define NFB$C_LLI_PRC 0X8020042
# define NFB$C_LLI_RID 0X8020044
# define NFB$C_LLI_RLN 0X8010013
# define NFB$C_LLI_STA 0X8010011
# define NFB$C_LLI_USR 0X8020041
# define NFB$C_LLI_XWB 0X8010017
# define NFB$C_LNI_ACL 0X1010011
# define NFB$C_LNI_ADD 0X1010010
# define NFB$C_LNI_ALI 0X1010033
# define NFB$C_LNI_AMC 0X1010030
# define NFB$C_LNI_AMH 0X1010031
# define NFB$C_LNI_BRT 0X101002C
# define NFB$C_LNI_BUS 0X1010024
# define NFB$C_LNI_CNT 0X1020042
# define NFB$C_LNI_COL 0X1020040
# define NFB$C_LNI_DAC 0X1010028
# define NFB$C_LNI_DFA 0X1010016
# define NFB$C_LNI_DPX 0X1010029
# define NFB$C_LNI_DWE 0X1010017
# define NFB$C_LNI_ETY 0X101001A
# define NFB$C_LNI_IAT 0X1010018
# define NFB$C_LNI_IDE 0X1020043
# define NFB$C_LNI_ITI 0X1010012
# define NFB$C_LNI_LCK 0X1000001
# define NFB$C_LNI_LPC 0X1010025
# define NFB$C_LNI_LPD 0X1010027
# define NFB$C_LNI_LPH 0X101002B
# define NFB$C_LNI_LPL 0X1010026
# define NFB$C_LNI_MAD 0X101001E
# define NFB$C_LNI_MAR 0X101002D
# define NFB$C_LNI_MBE 0X101002E
# define NFB$C_LNI_MBR 0X101002F
# define NFB$C_LNI_MBU 0X1010023
# define NFB$C_LNI_MCO 0X1010020
# define NFB$C_LNI_MHO 0X1010021
# define NFB$C_LNI_MLK 0X1010015
# define NFB$C_LNI_MLN 0X101001F
# define NFB$C_LNI_MVE 0X1020044
# define NFB$C_LNI_MVI 0X1010022
# define NFB$C_LNI_NAM 0X1020041
# define NFB$C_LNI_NVE 0X1020045
# define NFB$C_LNI_OTI 0X1010013
# define NFB$C_LNI_PHA 0X1020047
# define NFB$C_LNI_PIQ 0X101002A
# define NFB$C_LNI_RFA 0X1010019
# define NFB$C_LNI_RSI 0X101001C
# define NFB$C_LNI_RTI 0X101001B
# define NFB$C_LNI_RVE 0X1020046
# define NFB$C_LNI_SAD 0X101001D
# define NFB$C_LNI_SBS 0X1010032
# define NFB$C_LNI_STA 0X1010014
# define NFB$C_LNI_SUP 0X1000002
# define NFB$C_LOGEVENT 0X1C
/*
* Node information that can be gotten.
*/
# define NFB$C_NDI_ACC 0X2010020 /* L: Access switch */
# define NFB$C_NDI_ACL 0X2010014 /* L: Active links */
# define NFB$C_NDI_ADD 0X2010012 /* L: address */
# define NFB$C_NDI_CNT 0X2020042 /* S: Counters */
# define NFB$C_NDI_COL 0X2020040 /* S: Collating fields */
# define NFB$C_NDI_CPU 0X201001A /* L: CPU type */
# define NFB$C_NDI_CTA 0X2010011 /* L: Due time for counters */
# define NFB$C_NDI_CTI 0X2010013 /* L: Counter timer */
# define NFB$C_NDI_DAD 0X201001C /* L: Dump address */
# define NFB$C_NDI_DCO 0X2010017 /* L: Destination cost */
# define NFB$C_NDI_DCT 0X201001D /* L: Dump count */
# define NFB$C_NDI_DEL 0X2010015 /* L: Delay */
# define NFB$C_NDI_DFL 0X2020056 /* S: Diagnostic load file */
# define NFB$C_NDI_DHO 0X2010018 /* L: Destination hops */
# define NFB$C_NDI_DLI 0X202004D /* S: Destination line */
# define NFB$C_NDI_DTY 0X2010016 /* L: Destination type */
# define NFB$C_NDI_DUM 0X202004A /* S: Dump file */
# define NFB$C_NDI_HAC 0X2020041 /* S: Node addr/loopline */
# define NFB$C_NDI_HWA 0X2020057 /* S: Hardware NI addr */
# define NFB$C_NDI_IHO 0X201001F /* L: Host */
# define NFB$C_NDI_LCK 0X2000001 /* B: Parameters are locked */
# define NFB$C_NDI_LOA 0X2020046 /* S: Load file */
# define NFB$C_NDI_LOO 0X2000002 /* B: Loopback node */
# define NFB$C_NDI_LPA 0X2020058 /* S: Loop assist NI addr */
# define NFB$C_NDI_NAC 0X2020052 /* S: Nonpriv user account */
# define NFB$C_NDI_NLI 0X202004C /* S: Loopback line */
# define NFB$C_NDI_NNA 0X2020043 /* S: Node name */
# define NFB$C_NDI_NND 0X2010022 /* L: Next node address */
# define NFB$C_NDI_NNN 0X2020059 /* S: Next node name */
# define NFB$C_NDI_NPW 0X2020053 /* S: Nonpriv password */
# define NFB$C_NDI_NUS 0X2020051 /* S: Nonpriv user id */
# define NFB$C_NDI_OHO 0X201001E /* L: Host */
# define NFB$C_NDI_PAC 0X202004F /* S: Priveleged account */
# define NFB$C_NDI_PPW 0X2020050 /* S: Priveleged password */
# define NFB$C_NDI_PRX 0X2010021 /* L: Proxy parameter */
# define NFB$C_NDI_PUS 0X202004E /* S: Priveleged user ID */
# define NFB$C_NDI_REA 0X2000003 /* B: Node is reachable */
# define NFB$C_NDI_RPA 0X2020054 /* S: Receive password */
# define NFB$C_NDI_SDU 0X202004B /* S: Secondary dumper */
# define NFB$C_NDI_SDV 0X2010019 /* L: Service device */
# define NFB$C_NDI_SID 0X2020049 /* S: Software ID */
# define NFB$C_NDI_SLI 0X2020044 /* S: Service line */
# define NFB$C_NDI_SLO 0X2020047 /* S: Secondary loader */
# define NFB$C_NDI_SNV 0X2010023 /* L: Service node version */
# define NFB$C_NDI_SPA 0X2020045 /* S: Service password */
# define NFB$C_NDI_STY 0X201001B /* L: Software type */
# define NFB$C_NDI_TAD 0X2010010 /* L: Local node address */
# define NFB$C_NDI_TLO 0X2020048 /* S: Tertiary loader */
# define NFB$C_NDI_TPA 0X2020055 /* S: Transmit password */
# define NFB$C_OBI_ACC 0X3020047
# define NFB$C_OBI_CHN 0X3010013
# define NFB$C_OBI_COL 0X3020040
# define NFB$C_OBI_FID 0X3020045
# define NFB$C_OBI_HPR 0X3010011
# define NFB$C_OBI_IAC 0X3020043
# define NFB$C_OBI_LCK 0X3000001
# define NFB$C_OBI_LPR 0X3010010
# define NFB$C_OBI_NAM 0X3020044
# define NFB$C_OBI_NUM 0X3010014
# define NFB$C_OBI_PID 0X3010015
# define NFB$C_OBI_PRX 0X3010016
# define NFB$C_OBI_PSW 0X3020048
# define NFB$C_OBI_SET 0X3000002
# define NFB$C_OBI_SFI 0X3020042
# define NFB$C_OBI_UCB 0X3010012
# define NFB$C_OBI_USR 0X3020046
# define NFB$C_OBI_ZNA 0X3020041
/*
* Comparison operation codes.
*/
# define NFB$C_OP_EQL 0X0 /* Equal to */
# define NFB$C_OP_FNDMAX 0X5 /* */
# define NFB$C_OP_FNDMIN 0X4
# define NFB$C_OP_FNDPOS 0X6
# define NFB$C_OP_GTRU 0X1 /* Greater than, unsigned */
# define NFB$C_OP_LSSU 0X2 /* Less than, unsigned */
# define NFB$C_OP_MAXFCT 0X3
# define NFB$C_OP_MAXINT 0X6
# define NFB$C_OP_NEQ 0X3 /* Not equal */
# define NFB$C_PLI_BFN 0X501001E
# define NFB$C_PLI_BFS 0X5010027
# define NFB$C_PLI_BUS 0X501001F
# define NFB$C_PLI_CHR 0X5020043
# define NFB$C_PLI_CLO 0X5000005
# define NFB$C_PLI_CNT 0X5020044
# define NFB$C_PLI_COL 0X5020040
# define NFB$C_PLI_CON 0X5000004
# define NFB$C_PLI_CTA 0X5010010
# define NFB$C_PLI_DDT 0X501001B
# define NFB$C_PLI_DEVNAM 0X5020047
# define NFB$C_PLI_DLT 0X501001C
# define NFB$C_PLI_DUP 0X5000003
# define NFB$C_PLI_EPT 0X5010026
# define NFB$C_PLI_HTI 0X5010016
# define NFB$C_PLI_HWA 0X5020046
# define NFB$C_PLI_LCK 0X5000001
# define NFB$C_PLI_LCT 0X5010013
# define NFB$C_PLI_LPC 0X5010023
# define NFB$C_PLI_LPD 0X5010025
# define NFB$C_PLI_LPL 0X5010024
# define NFB$C_PLI_MBL 0X5010017
# define NFB$C_PLI_MCD 0X5020045
# define NFB$C_PLI_MOD 0X5010022
# define NFB$C_PLI_MRT 0X5010018
# define NFB$C_PLI_MWI 0X5010019
# define NFB$C_PLI_NAM 0X5020041
# define NFB$C_PLI_PLVEC 0X5010020
# define NFB$C_PLI_PRO 0X5010014
# define NFB$C_PLI_RTT 0X5010021
# define NFB$C_PLI_SER 0X5000002
# define NFB$C_PLI_SLT 0X501001A
# define NFB$C_PLI_SRT 0X501001D
# define NFB$C_PLI_STA 0X5010011
# define NFB$C_PLI_STI 0X5010015
# define NFB$C_PLI_SUB 0X5010012
# define NFB$C_PLI_VMSNAM 0X5020042
# define NFB$C_READEVENT 0X1D
# define NFB$C_SDI_CIR 0X1A020041
# define NFB$C_SDI_COL 0X1A020040
# define NFB$C_SDI_LCK 0X1A000001
# define NFB$C_SDI_PHA 0X1A020042
# define NFB$C_SDI_PID 0X1A010011
# define NFB$C_SDI_PRC 0X1A020043
# define NFB$C_SDI_SUB 0X1A010010
# define NFB$C_SPI_ACS 0X12020041
# define NFB$C_SPI_CHN 0X12010012
# define NFB$C_SPI_COL 0X12020040
# define NFB$C_SPI_IRP 0X12010011
# define NFB$C_SPI_LCK 0X12000001
# define NFB$C_SPI_NCB 0X12020044
# define NFB$C_SPI_PID 0X12010010
# define NFB$C_SPI_PNM 0X12020045
# define NFB$C_SPI_PRL 0X12000002
# define NFB$C_SPI_RID 0X12020042
# define NFB$C_SPI_RNA 0X12010013
# define NFB$C_SPI_SFI 0X12020043
# define NFB$C_TYP_BIT 0X0
# define NFB$C_TYP_L 0X1
# define NFB$C_TYP_LNG 0X1
# define NFB$C_TYP_S 0X2
# define NFB$C_TYP_STR 0X2
# define NFB$C_TYP_V 0X0
# define NFB$C_WILDCARD 0X1
# define NFB$C_XAI_ACC 0X1B020044
# define NFB$C_XAI_COL 0X1B020040
# define NFB$C_XAI_LCK 0X1B000001
# define NFB$C_XAI_NDA 0X1B010010
# define NFB$C_XAI_NET 0X1B020041
# define NFB$C_XAI_NOD 0X1B020045
# define NFB$C_XAI_PSW 0X1B020043
# define NFB$C_XAI_USR 0X1B020042
# define NFB$C_XD5_ACC 0XD02004A
# define NFB$C_XD5_CMK 0XD020042
# define NFB$C_XD5_COL 0XD020040
# define NFB$C_XD5_CVL 0XD020043
# define NFB$C_XD5_DST 0XD020041
# define NFB$C_XD5_FIL 0XD020047
# define NFB$C_XD5_GRP 0XD020044
# define NFB$C_XD5_LCK 0XD000001
# define NFB$C_XD5_NOD 0XD010012
# define NFB$C_XD5_NUM 0XD020045
# define NFB$C_XD5_OBJ 0XD020046
# define NFB$C_XD5_PRI 0XD010010
# define NFB$C_XD5_PSW 0XD020049
# define NFB$C_XD5_SAD 0XD010011
# define NFB$C_XD5_USR 0XD020048
# define NFB$C_XD9_ACC 0XF02004A
# define NFB$C_XD9_CMK 0XF020042
# define NFB$C_XD9_COL 0XF020040
# define NFB$C_XD9_CVL 0XF020043
# define NFB$C_XD9_DST 0XF020041
# define NFB$C_XD9_FIL 0XF020047
# define NFB$C_XD9_GRP 0XF020044
# define NFB$C_XD9_LCK 0XF000001
# define NFB$C_XD9_NOD 0XF010012
# define NFB$C_XD9_NUM 0XF020045
# define NFB$C_XD9_OBJ 0XF020046
# define NFB$C_XD9_PRI 0XF010010
# define NFB$C_XD9_PSW 0XF020049
# define NFB$C_XD9_SAD 0XF010011
# define NFB$C_XD9_USR 0XF020048
# define NFB$C_XDI_ACH 0XB010010
# define NFB$C_XDI_ASW 0XB010011
# define NFB$C_XDI_CHN 0XB020042
# define NFB$C_XDI_CNT 0XB020045
# define NFB$C_XDI_COL 0XB020040
# define NFB$C_XDI_CTM 0XB010012
# define NFB$C_XDI_DTE 0XB020041
# define NFB$C_XDI_LCK 0XB000001
# define NFB$C_XDI_LIN 0XB020043
# define NFB$C_XDI_MCH 0XB010013
# define NFB$C_XDI_MCI 0XB010016
# define NFB$C_XDI_NET 0XB020044
# define NFB$C_XDI_STA 0XB010014
# define NFB$C_XDI_SUB 0XB010015
# define NFB$C_XGI_COL 0XA020040
# define NFB$C_XGI_GDT 0XA020042
# define NFB$C_XGI_GNM 0XA010010
# define NFB$C_XGI_GRP 0XA020041
# define NFB$C_XGI_GTY 0XA010011
# define NFB$C_XGI_LCK 0XA000001
# define NFB$C_XNI_CAT 0X9010010
# define NFB$C_XNI_CLT 0X9010011
# define NFB$C_XNI_COL 0X9020040
# define NFB$C_XNI_DBL 0X9010012
# define NFB$C_XNI_DWI 0X9010013
# define NFB$C_XNI_LCK 0X9000001
# define NFB$C_XNI_MBL 0X9010014
# define NFB$C_XNI_MCL 0X9010015
# define NFB$C_XNI_MNS 0X9000002
# define NFB$C_XNI_MRS 0X9010016
# define NFB$C_XNI_MST 0X9010017
# define NFB$C_XNI_MWI 0X9010018
# define NFB$C_XNI_NET 0X9020041
# define NFB$C_XNI_RST 0X9010019
# define NFB$C_XNI_STT 0X901001A
# define NFB$C_XS5_ACI 0XC010012
# define NFB$C_XS5_CNT 0XC020041
# define NFB$C_XS5_COL 0XC020040
# define NFB$C_XS5_CTM 0XC010013
# define NFB$C_XS5_LCK 0XC000001
# define NFB$C_XS5_MCI 0XC010010
# define NFB$C_XS5_STA 0XC010011
# define NFB$C_XS9_ACI 0XE010012
# define NFB$C_XS9_CNT 0XE020041
# define NFB$C_XS9_COL 0XE020040
# define NFB$C_XS9_CTM 0XE010013
# define NFB$C_XS9_LCK 0XE000001
# define NFB$C_XS9_MCI 0XE010010
# define NFB$C_XS9_STA 0XE010011
# define NFB$C_XTI_BFZ 0X10010011
# define NFB$C_XTI_COL 0X10020040
# define NFB$C_XTI_CPL 0X10010012
# define NFB$C_XTI_FNM 0X10020041
# define NFB$C_XTI_LCK 0X10000001
# define NFB$C_XTI_MBF 0X10010014
# define NFB$C_XTI_MBK 0X10010013
# define NFB$C_XTI_MVR 0X10010015
# define NFB$C_XTI_STA 0X10010010
# define NFB$C_XTT_COL 0X11020040
# define NFB$C_XTT_CPS 0X11010011
# define NFB$C_XTT_LCK 0X11000001
# define NFB$C_XTT_TPT 0X11020041
# define NFB$C_XTT_TST 0X11010010
# define NFB$K_LENGTH 0X10
# define NFB$L_BIT_VALUE 0X0
# define NFB$L_FLDID 0X10
# define NFB$L_LNG_VALUE 0X0
# define NFB$L_PARAM_ID 0X0
# define NFB$L_SRCH2_KEY 0X8
# define NFB$L_SRCH_KEY 0X4
# define NFB$M_DB 0XFF000000
# define NFB$M_ERRUPD 0X1
# define NFB$M_INX 0XFFFF
# define NFB$M_MULT 0X2
# define NFB$M_NOCTX 0X4
# define NFB$M_SPARE 0XFC0000
# define NFB$M_TYP 0X30000
# define NFB$S_DB 0X8
# define NFB$S_INX 0X10
# define NFB$S_SPARE 0X6
# define NFB$S_TYP 0X2
# define NFB$V_DB 0X18
# define NFB$V_ERRUPD 0X0
# define NFB$V_INX 0X0
# define NFB$V_MULT 0X1
# define NFB$V_NOCTX 0X2
# define NFB$V_SPARE 0X12
# define NFB$V_TYP 0X10
# define NFB$W_CELL_SIZE 0XE
# define NFB$W_STR_COUNT 0X0
# define NFB$_ERR_CELL 0X9
# define NFB$_ERR_DB 0X2
# define NFB$_ERR_FCT 0X1
# define NFB$_ERR_FLAGS 0XE
# define NFB$_ERR_OPER 0XA
# define NFB$_ERR_OPER2 0XD
# define NFB$_ERR_P1 0X3
# define NFB$_ERR_P2 0X4
# define NFB$_ERR_P3 0X5
# define NFB$_ERR_P4 0X6
# define NFB$_ERR_P5 0X7
# define NFB$_ERR_P6 0X8
# define NFB$_ERR_SRCH 0XB
# define NFB$_ERR_SRCH2 0XC
/*
* The NFB definition.
*/
# define NFB_RQST 40
struct nfb
{
unsigned char nfb$b_fct;
unsigned char nfb$b_flags;
unsigned char nfb$b_database;
unsigned char nfb$b_oper;
unsigned long nfb$l_srch_key;
unsigned long nfb$l_srch2_key;
unsigned char nfb$b_oper2;
unsigned char nfb$b_mbz1;
unsigned short int nfb$w_cell_size;
unsigned long int nfb$l_fldid[NFB_RQST];
};
/*
* The match key structure.
*/
struct nfbkey
{
unsigned int p4_count;
unsigned int srch;
unsigned int srch2;
unsigned short start;
unsigned char ctx[NFB$C_CTX_SIZE];
};
--
Jonathan Corbet
{seismo | hplabs | gatech}!hao!gaia!jon
{ucbvax | allegra | cbosgd}!nbires!gaia!jon
------------------------------
Date: 9 May 87 22:18:15 GMT
From: sargas.usc.edu!tli@OBERON.USC.EDU (Tony Li)
Subject: Re: Where are PCB$ and SCH$ defines??
In article <162@siemens.UUCP> jrv@siemens.UUCP (James R Vallino) writes:
I am attempting to use SYS$GETJPI to find information about processes.
Two of the items of information which I need are JPI$_STATE and JPI$_STS.
The returned values make use of SCH$ and PCB$ defines respectively.
Look in LIB.MLB.
;-)
--
Tony Li - USC University Computing Services "Fene mele kiki bobo"
Uucp: oberon!tli -- Joe Isuzu
Bitnet: tli@uscvaxq, tli@ramoth
Internet: tli@sargas.usc.edu
------------------------------
Date: Sun, 10-MAY-1987 11:40:24.00 GMT+1
From: <zrgc002%DTUZDV5A.BITNET@wiscvm.wisc.edu> (Christoph D. Gatzka)
Subject: Printer queue on HP Laser Jet+
We are just about to connect a HP Laser Jet+ printer to our MicroVAX. I
would like to know, how others might have set up the queue with forms and
device control libraries, any information is welcome (especially dumps
of entries in the device control library and hints on forms setup).
Christoph D. Gatzka zrgc002@dtuzdv5a.bitnet
Student of medicine
University of Tuebingen
Germany
------------------------------
Date: Sun, 10-MAY-1987 11:44:09.58 GMT+1
From: <zrgc002%DTUZDV5A.BITNET@wiscvm.wisc.edu> (Christoph D. Gatzka)
Subject: A leading blank page on our printer queue.
Quite a while ago there was some information here on info-vax about a queue
that spits out a blank page in front of every job. We have an AGFA P400
406 dpi Xerographic printer on our VAX and the symbiont adds form-feeds
in the wrong places (i.e. more than specified in the control libraries
modules). I think somebody saw the problem with an LN03 and circumvented
it by removing/adding some other form feeds in the form setup.
Any help is appreciated.
Christoph D. Gatzka zrgc002@dtuzdv5a.bitnet
Student of medicine
University of Tuebingen
Germany
------------------------------
Date: 10 May 87 07:32:07 GMT
From: ihnp4!inuxc!iuvax!bsu-cs!corwin@ucbvax.Berkeley.EDU (Paul
Frommeyer)
Subject: Re: Where are PCB$ and SCH$ defines??
In article <2079@sargas.usc.edu>, tli@sargas.usc.edu (Tony Li) writes:
>> In article <162@siemens.UUCP> jrv@siemens.UUCP (James R Vallino) writes:
>>
>> I am attempting to use SYS$GETJPI to find information about processes.
>> Two of the items of information which I need are JPI$_STATE and JPI$_STS.
>> The returned values make use of SCH$ and PCB$ defines respectively.
>
> Look in LIB.MLB.
>
If you are calling SYS$GETJPI from VAX C, you can convert the LIB.MLB $EQUs
to #defines in a jpidef.h. If you want jpidef.h, I have a copy (around
here on our cluster somewheres...), as well as syidef, uaidef...
Alternatively, you can just plug hex values into the SYS$GETJPI call,but
if you are doing a lot of calls to SYS$GETJPI a jpidef.h is probably easier.
Also if in VAX C, watch out for the 0 terminator of the item list... I
forgot to include it, and hadn't a clue as to all my access violations...
--
Paul "Corwin" Frommeyer "Experience is no substitute for competence."
UUCP:
{seismo,ihnp4}!{iuvax,pur-ee}!corwin
------------------------------
Date: 9 May 87 11:23:23 GMT
From: mcvax!enea!tut!eal@seismo.css.gov (Lehtim{ki Erkki)
Subject: Re: Where are PCB$ and SCH$ defines??
They are defined in SYS$LIBRARY:LIB.MLB
Some time ago there were posting of a DCL command procedure, which
generated .H-files from LIB.MLB-entries.
Erkki
------------------------------
Date: 9 May 87 23:28:31 GMT
From: ihnp4!alberta!sask!skatter!kuo@ucbvax.Berkeley.EDU (Dr. Peter
Kuo)
Subject: Re: How do you ring bell in DCL file?
In article <154@siemens.UUCP>, jrv@siemens.UUCP writes:
> I would like to have the terminal bell rung from within a DCL command
> file. Is there a way to specify control characters within a string
> used with a 'write sys$output' statement? Can the control character be
> entered "raw" into the string or is there a character escape mechanism?
Have you tried putting in the ^G using EDT (using the special character insert
mode) when building your DCL command file (8-) ? It works fine.
-------------------------------------------------------------------------------
Peter Kuo | Bitnet (VMS) : KUO@SASK
Accelerator Laboratory |
(a.k.a. The Beam Warehouse) | uucp (Unix) : !alberta\
Univ. of Saskatchewan | !ihnp4 -- !sask!skatter!kuo
Saskatoon, Saskatchewan | !utcsri /
CANADA S7N 0W0 |
(Earth) | Ma Bell : (306) 966-6059
Disclaimer: I don't know what I am saying, so don't quote me on
anything! And I only speak for myself. Also, I am now
stuck on a ^%^^%)^&* Unix machine.
------------------------------
End of Info-Vax Digest
**********************