jgt,
Thank you again for the help. I now understand how the program is being started thanks to you training script and the exec command.
I can see that the application is initiated through the user's .profile using the exec command
if I try a
I get
But I can see that in /etc/passwd
Every user has their own home directory, and the shell is common
Here is a .profile
I can see the "exec mz gmain" and when I run that command after I SSH into the box to the command prompt I get right to the application main menu.
I am not clear on the if then else statements but do know that I set the terminal emulator program to use term type as "ansi"
Does this help at all?
Thanks
Dear friends..
Our project has a module that runs on handheld devices. Through the handheld we telnet to solaris where the application actually runs. I noticed that after starting a session through the handheld, if i go out of range or if i remove and replace the battery in the handheld, the... (1 Reply)
{
sleep 2
echo "$user"
sleep 2
echo "$password"
sleep 2
echo " ls"
sleep 10
echo "exit"
}| telnet $server
I have a machine x and i have executed the above script on machine 'x'.
i entered the... (6 Replies)
We're having problems getting disconnected from AIX with our telnet sessions.
I can't ping the server when this happens, either. Other serves can be pinged at the same time.
This happens both at unix and within the database. Database locks remain when editing files. unix logins remain after... (0 Replies)
Hello,
I have AIX 5.3 at home connected to netgear router. Port Forwarding has been enabled on the router. Problem is that if I want to telnet, I have to try 2 or 3 times before I can get a logon prompt. It times out for first or second time (Connection to session <IP_Address> failed: Connection... (1 Reply)
I have intermec handheld device which is connecting to AIX Server on port 12431 or whatever. ( oracle application )
The handheld device connects for few seconds and then disconnects from the AIX server. Once it disconnects the handheld device automatically switches off.
Are there any... (2 Replies)
Our network administrators implemented some sort of check to kill idle sessions and now burden is on us to run some sort of keep alive. Client based keep alive doesn't do a very good job. I have same issue with ssh. Does solution 2 provided above apply for ssh sessions also? (1 Reply)
Hi,
Sorry if this question has been asked before, however, I have tried looking in the forum (and google in general) and I haven't found an answer, so I thought I'd ask here.
I am trying to use a GUI application in Solaris 10. Normally I connect with a VPN then SSH and use Xming to... (2 Replies)
Discussion started by: John_sp
2 Replies
LEARN ABOUT NETBSD
compat_ibcs2
COMPAT_IBCS2(8) BSD System Manager's Manual COMPAT_IBCS2(8)NAME
compat_ibcs2 -- setup procedure for running iBCS2 binaries
DESCRIPTION
NetBSD supports running Intel Binary Compatibility Standard 2 (iBCS2) binaries. This only applies to i386 systems for now. Binaries are
supported from SCO UNIX and other systems derived from AT&T System V Release 3 UNIX. iBCS2 support is only well tested using SCO binaries.
XENIX binaries are also supported although not as well tested. SVR4 binaries are supported by the COMPAT_SVR4 option.
iBCS2 supports COFF, ELF, and x.out (XENIX) binary formats. Binaries from SCO OpenServer (version 5.x) are the only ELF binaries that have
been tested. Most programs should work, but not ones that use or depend on:
kernel internal data structures
STREAMS drivers (other than TCP/IP sockets)
local X displays (uses a STREAMS pipe)
virtual 8086 mode
The iBCS2 compatibility feature is active for kernels compiled with the COMPAT_IBCS2 option enabled. If support for iBCS2 ELF executables is
desired, the EXEC_ELF32 option should be enabled in addition to COMPAT_IBCS2.
Many COFF-format programs and most ELF-format programs are dynamically linked. This means that you will also need the shared libraries that
the program depends on. Also, you will need to create a ``shadow root'' directory for iBCS2 binaries on your NetBSD system. This directory
is named /emul/ibcs2. Any file operations done by iBCS2 programs run under NetBSD will look in this directory first. So, if an iBCS2 pro-
gram opens, for example, /etc/passwd, NetBSD will first try to open /emul/ibcs2/etc/passwd, and if that does not exist open the 'real'
/etc/passwd file. It is recommended that you install iBCS2 packages that include configuration files, etc. under /emul/ibcs2, to avoid nam-
ing conflicts with possible NetBSD counterparts. Shared libraries should also be installed in the shadow tree.
Generally, you will need to look for the shared libraries that iBCS2 binaries depend on only the first few times that you install an iBCS2
program on your NetBSD system. After a while, you will have a sufficient set of iBCS2 shared libraries on your system to be able to run
newly imported iBCS2 binaries without any extra work.
Setting up shared libraries
How to get to know which shared libraries iBCS2 binaries need, and where to get them? Depending on the file type of the executable, there are
different possibilities (when following these instructions: you will need to be root on your NetBSD system to do the necessary installation
steps).
COFF binaries You can simply copy all of the available shared libraries since they are fairly small in size. The COFF shared libraries are
typically found in /shlib and can be obtained from the following sources:
SCO UNIX version 3.x (aka ODT)
SCO UNIX version 5.x (aka OpenServer)
SCO UnixWare
Many versions of SVR4.2/x86
After copying the shared libraries, you should have at least the following files on your system:
/emul/ibcs2/shlib/libc_s
/emul/ibcs2/shlib/libnsl_s
/emul/ibcs2/shlib/protlib_s
ELF binaries You can simply copy all of the available shared libraries from the source system or distribution or use ldd(1) to determine
the libraries required by a specific binary.
After copying the shared libraries, you should have at least the following files on your system:
/emul/ibcs2/usr/lib/libc.so.1
/emul/ibcs2/usr/lib/libcrypt.so
/emul/ibcs2/usr/lib/libndbm.so
/emul/ibcs2/usr/lib/libsocket.so.1
If you don't have access to a SCO system, you will need to get the extra files you need from a SCO distribution. As of January 1998, SCO
sells a copy of SCO OpenServer (iBCS2) and/or SCO UnixWare (SVR4) for personal/non-commercial use for only the cost of shipping (about
$20US). The distribution comes on an ISO9660-format CDROM which can be mounted and used to copy the necessary files.
Run the following script to copy the basic set of files from a SCO distribution directory mounted somewhere locally:
/usr/share/examples/emul/ibcs2/ibcs2-setup [directory]
You should now be set up for SCO binaries which only need standard shared libs.
BUGS
The information about SCO distributions may become outdated.
Attempting to a use a nameserver on the local host does not currently work due to an absurd shortcut taken by the iBCS2 network code (remem-
ber that there are no kernel sockets).
16/32/64 bit offsets may not be handled correctly in all cases.
BSD February 8, 1998 BSD