| Title: | SNA GATEWAY NOTEFILE |
| Notice: | Note 1.* -> kits and doc, 288.* -> obtaining product support |
| Moderator: | EDSCLU::GARROD |
| Created: | Fri Feb 07 1986 |
| Last Modified: | Fri Jun 06 1997 |
| Last Successful Update: | Fri Jun 06 1997 |
| Number of topics: | 7116 |
| Total number of notes: | 28576 |
Hi,
I was asked if I had a dependent lu configuration for LU6.2 V
3.1 with an example program that showed it working. I do.
I'm trying to figure out the best place to put it. For now,
Although it is VERY ugly and the example only does an allocate
with an echoed receive against the mainframe through an ST,
I will post it here.
Cindi
| T.R | Title | User | Personal Name | Date | Lines |
|---|---|---|---|---|---|
| 7114.1 | Server.lu62_hosts file. | DELNI::BARBER_MINGO | Let me DANCE for you | Wed Jun 04 1997 13:00 | 14 |
They have added security for the management of your servers.
In your /lib/sna directory, you should now have a file called:
SERVERNAME.lu62hosts - Where you define the hosts that will be
able to manage your lu6.2 server.
====================================================================
TOBLU.lu62hosts
******************
cscibm.lkg.dec.com
appc1.lkg.dec.com
APPC1.lkg.dec.com
| |||||
| 7114.2 | Easy attach manager daemon. | DELNI::BARBER_MINGO | Let me DANCE for you | Wed Jun 04 1997 13:06 | 23 |
They have gotten rid of the EVIL rsh and daemon account setup they
had in 3.1. They replaced it with an attach manager daemon:
LU62_AMD
That you must make sure is running and defined on your system:
linkb# grep LU62_AMD /etc/services
LU62_AMD 8101/tcp # LU6.2 Attach Manager Daemon for tcp users
linkb# ps -e | grep amd
628 ?? IW 0:00.26 /usr/sbin/lu62_amd
3974 ttyp4 S + 0:00.01 grep amd
They have made access to this Daemon dependent on a cute little
configuration file:
linkb# pg /lib/sna/lu62_amd.access
linkb.lkg.dec.com::TCPIP::TOBLU::root,cpicuser
linkb.lkg.dec.com::TCPIP::LU62_SRV::root
| |||||
| 7114.3 | TOBLU.cfg | DELNI::BARBER_MINGO | Let me DANCE for you | Wed Jun 04 1997 13:11 | 84 |
They FINALLY have a text based configuration file, that if you
save in the correct directory under your configuration, will be
autoloaded when you start the server. I saved the following file
from a running connect to a dependent LU on my ST this morning:
# SNALU62_MANAGER - Save Configuration - 4-Jun-1997 11:25:54 DST
SELECT_SERVER{
server_name=TOBLU,
server_node=linkb,
server_transport=TCPIP
}
DEFINE_LOCAL_LU{
fq_local_lu_name=USDEC101.T126C002,
local_lu_alias=T126C002,
lu_session_limit=100,
session_activation=false,
max_sync_level=none,
gateway_node_name=TOBLUE,
gateway_transport=DECNET,
lu_capability=secondary,
access_name=XSNADS,
lu_name=sna-0.1
}
DEFINE_TP{
fq_local_lu_name=USDEC101.T126C002,
tp_name=XXXX,
status=enable,
conversation_type=basic,
sync_level=none,
security_required=none,
pip_type=no,
pip_number=0,
instance_limit=1,
a_mgr_started=true,
a_nodename=linkb,
a_user_id=root,
a_command_string="/trc/lib/sna/examples/cindi/exa4"
}
DEFINE_REMOTE_LU{
fq_local_lu_name=USDEC101.T126C002,
fq_remote_lu_name=USDEC101.CICS41B,
partner_lu_alias=CICS41B,
initiate_type=initiate_only,
parallel_support=false,
cnos_support=false,
security_acceptance=none
}
INITIALIZE_SESSION_LIMIT{
fq_local_lu_name=USDEC101.T126C002,
fq_remote_lu_name=USDEC101.CICS41B,
mode_name= ,
lu_mode_session_limit=1,
min_conwinners_source=1,
min_conwinners_target=0
}
DEFINE_MODE{
fq_local_lu_name=USDEC101.T126C002,
fq_remote_lu_name=USDEC101.CICS41B,
mode_name=XL620256,
send_max_ru_size_lower_bound=256,
send_max_ru_size_upper_bound=256,
recv_max_ru_size_lower_bound=256,
recv_max_ru_size_upper_bound=256,
single_session_reinitiation=secondary_lu,
conwinner_auto_activate_limit=0,
preferred_recv_ru_size=256,
preferred_send_ru_size=256,
local_max_session_limit=1
}
INITIALIZE_SESSION_LIMIT{
fq_local_lu_name=USDEC101.T126C002,
fq_remote_lu_name=USDEC101.CICS41B,
mode_name=XL620256,
lu_mode_session_limit=1,
min_conwinners_source=1,
min_conwinners_target=0
}
ACTIVATE_SESSION{
fq_local_lu_name=USDEC101.T126C002,
fq_remote_lu_name=USDEC101.CICS41B,
mode_name=XL620256
}
# End of Saved Server Configuration File
| |||||
| 7114.4 | Program- the same as ever. | DELNI::BARBER_MINGO | Let me DANCE for you | Wed Jun 04 1997 13:18 | 216 |
You no longer have to program your configuration options.
The example programs for allocates and the rest are identical.
The following kludge sent and received data over the dependent
lu you saw configured in the last file. It is IDENTICAL to
the initial code that Echardt used to use to illustrate painful
lu6.2 behavior in 3.0. The names and order of calls has been
changed because the gateway and the partner program being used,
in this case, is different :
This should be enough to either clarify everything COMPLETELY or
make it REALLY confusing. Let me know which one it does.
Regards,
Cindi
==================
#include <math.h>
#include <stdlib.h>
#include <stdio.h>
#include <string.h>
#include <sna/snatprmdf.h>
main( int argc, char** argv )
{
STATUS_RTN status;
STATUS_VEC status_vec;
SRV_INFO server;
char *local_lu = "T126C002";
char *remote_lu = "CICS41B";
char *mode_name = "XL620256";
char data[32000];
UINT32 length;
UINT32 data_recv, status_recv;
RES_ID resource;
TP_NAME tpn;
UINT32 conversation_state;
UINT32 dealloc_type;
unsigned int ii, jj,sndl=100,rcvl=200;
server.identifier = "TOBLU";
server.transport = SNALU62_C_TRANSPORT_TCPIP;
server.nodename = "0"; /* this is the same as localhost
*/
tpn.translate = SNALU62_C_TRANSLATE;
tpn.tpn.length = 4;
tpn.tpn.pointer = (UINT8 *) "GA02";
status= putenv("SNALOG_MASK=0xFFFFFFF");
status= putenv("SNALOG_FILE=/tmp/immallc.logmask");
status= system("export SNALOG_MASK SNALOG_FILE");
status = snalu62_allocate(
&resource,
NULL,
status_vec,
local_lu,
remote_lu,
mode_name,
&tpn,
SNALU62_C_MAPPED,
SNALU62_C_WHEN_SESSION_ALLOC,
0, /* conversation_group_id
*/
SNALU62_C_SL_NONE,
NULL, /* security
*/
NULL, /* pip_data
*/
NULL, /* wait_object
*/
NULL, /* luwid
*/
NULL, /* conversation_correlator
*/
&server
);
if( status == SNALU62_S_OK ) {
sprintf( data, "CONNCPIC1 004USERID PASSWD D
ACPICT4XACPICT4
");
length = strlen( data );
snalu62_as2eb( data, data, length );
status = snalu62_send_data(
resource,
status_vec,
(unsigned char*)data,
length,
NULL, 0, 0, 0, 0, 0, NULL
);
}
if( status != SNALU62_S_OK ) {
printf( " slogon: status= %d\n", status );
}
if( status == SNALU62_S_OK ) {
length = sizeof(data);
status = snalu62_receive_and_wait(
resource,
status_vec,
SNALU62_C_LL,
&length,
0, 0,
(unsigned char*)data,
&data_recv,
&status_recv,
NULL, NULL
);
}
}
if( status != SNALU62_S_OK || data_recv !=
SNALU62_C_DATA_COMPLETE ) {
printf( "rwlogon: status= %d, stat= %d, data= %d, length=
%d\n",
status, status_recv, data_recv, length );
}
if( status == SNALU62_S_OK && data_recv ==
SNALU62_C_DATA_COMPLETE ) {
snalu62_eb2as( data, data, length );
for( ii = 0; ii < length; ii++ ) putchar( data[ii] );
putchar( '\n' );
length = 0;
status = snalu62_receive_immediate(
resource,
status_vec,
SNALU62_C_LL,
&length,
0, 0,
NULL,
&data_recv,
&status_recv,
NULL
);
}
if( status != SNALU62_S_OK || status_recv != SNALU62_C_SEND_RECV
) {
printf( "rilogon: status= %d, stat= %d, data= %d, length=
%d\n",
status, status_recv, data_recv, length );
}
if( status == SNALU62_S_OK && status_recv == SNALU62_C_SEND_RECV
) {
sprintf( data, "%010d%010d", rcvl, sndl );
length = strlen( data );
snalu62_as2eb( data, data, length );
status = snalu62_send_data(
resource,
status_vec,
(unsigned char*)data,
length,
NULL, 0, 0, 0, 0, 0, NULL
);
}
if( status != SNALU62_S_OK ) {
printf( " sprolo: status= %d\n", status );
}
if( status == SNALU62_S_OK ) {
length = sizeof(data);
status = snalu62_receive_and_wait(
resource,
status_vec,
SNALU62_C_LL,
&length,
0, 0,
(unsigned char*)data,
&data_recv,
&status_recv,
NULL, NULL
);
}
if( status != SNALU62_S_OK || data_recv !=
SNALU62_C_DATA_COMPLETE ) {
printf( "rwprolo: status= %d, stat= %d, data= %d, length=
%d\n",
status, status_recv, data_recv, length );
}
if( status == SNALU62_S_OK && data_recv ==
SNALU62_C_DATA_COMPLETE ) {
snalu62_eb2as( data, data, length );
for( ii = 0; ii < length; ii++ ) putchar( data[ii] );
putchar( '\n' );
length = 0;
status = snalu62_receive_immediate(
resource,
status_vec,
SNALU62_C_LL,
&length,
0, 0,
NULL,
&data_recv,
&status_recv,
NULL
);
}
if( status != SNALU62_S_OK || status_recv != SNALU62_C_SEND_RECV
) {
printf( "riprolo: status= %d, stat= %d, data= %d, length=
%d\n",
status, status_recv, data_recv, length );
}
status = snalu62_deallocate(
resource,
status_vec,
dealloc_type,
NULL, /* log_data
*/
NULL, /* exp_data_recv
*/
NULL /* wait_object
*/
);
return status;
}
| |||||
| 7114.5 | Where do you want it? | DELNI::BARBER_MINGO | Let me DANCE for you | Wed Jun 04 1997 13:20 | 5 |
If these, and other examples were to be on a web site, would it
be of use to you?
Cindi
| |||||