Hi,
I am working on HP-UX Release 11i.
I want to find the process id (PID) of the process running on a particular port.
lsof command fuser does not work on this system.
Please suggest some alternative.
Thanks (6 Replies)
When I run ps -aef | grep aaa.exe it gives out put
user 5091 5518 0 10:13:25 pts/1 0:00 grep aaa.exe
user 4647 2479 0 09:26:31 ? 0:25 /kk/zzz/user/xxx/bin/aaa.exe
user1 1111 2222 0 08:26:31 ? 0:25 /kk/zzz/user1/xxx/bin/aaa.exe
I need Only PID value ie... (5 Replies)
Hello guys,
How to shut down a port number in AIX.
May be first I need to find out what is the process ID of that process that listens to this particular port.. Is there any command to find a process ID from the port number other than "lsof".
thanks (1 Reply)
i want to get tomcat listening port , from a command.
ps -ef | grep catalina | grep -v "grep catalina" | grep -v "catalina.out" | awk '{print $2}' | head -1
output :
-----
1234
Now with this 1234 i need to know , in which port my tomcat is running...
i tried ,
netstat -ao | grep... (14 Replies)
Hi,
Is this the most appropriate way of finding the listen port number given the pid is "16659" ?
lsof -Pan -i tcp -i udp | grep 16659 | grep -i "listen"If so, how can I extract "7001" and assign it to a variable say myport=7001 from the below output which happens to be actual port number?
... (1 Reply)
Hi,
I do not have root user credentials nor do I have the functional id of the process that uses port 80.
How can I find the pid of the process using the port number 80 ?
Operating System: Linux (6 Replies)
hi,
i would like to create a bash script that check which port in my Linux server are closed (not in use) from a specific range, port range (3000-3010).
the print output need to be only 1 port, and it will be nice if the output will be saved as a variable or in same file.
my code is:
... (2 Replies)
Discussion started by: yossi
2 Replies
LEARN ABOUT DEBIAN
faith
FAITH(4) BSD Kernel Interfaces Manual FAITH(4)NAME
faith -- IPv6-to-IPv4 TCP relay capturing interface
SYNOPSIS
device faith
DESCRIPTION
The faith interface captures IPv6 TCP traffic, for implementing userland IPv6-to-IPv4 TCP relay like faithd(8).
Each faith interface is created at runtime using interface cloning. This is most easily done with the ifconfig(8) create command or using
the cloned_interfaces variable in rc.conf(5).
Special action will be taken when IPv6 TCP traffic is seen on a router, and the routing table suggests to route it to the faith interface.
In this case, the packet will be accepted by the router, regardless of the list of IPv6 interface addresses assigned to the router. The
packet will be captured by an IPv6 TCP socket, if it has the IN6P_FAITH flag turned on and matching address/port pairs. As a result, faith
will let you capture IPv6 TCP traffic to some specific destination addresses. Userland programs, such as faithd(8) can use this behavior to
relay IPv6 TCP traffic to IPv4 TCP traffic. The program can accept some specific IPv6 TCP traffic, perform getsockname(2) to get the IPv6
destination address specified by the client, and perform application-specific address mapping to relay IPv6 TCP to IPv4 TCP.
The IN6P_FAITH flag on a IPv6 TCP socket can be set by using setsockopt(2), with level IPPROTO_IPV6 and optname IPv6_FAITH.
To handle error reports by ICMPv6, some ICMPv6 packets routed to an faith interface will be delivered to IPv6 TCP, as well.
To understand how faith can be used, take a look at the source code of faithd(8).
As the faith interface implements potentially dangerous operations, great care must be taken when configuring it. To avoid possible misuse,
the sysctl(8) variable net.inet6.ip6.keepfaith must be set to 1 prior to using the interface. When net.inet6.ip6.keepfaith is 0, no packets
will be captured by the faith interface.
The faith interface is intended to be used on routers, not on hosts.
SEE ALSO inet(4), inet6(4), faithd(8)
Jun-ichiro itojun Hagino and Kazu Yamamoto, An IPv6-to-IPv4 transport relay translator, RFC3142.
HISTORY
The FAITH IPv6-to-IPv4 TCP relay translator first appeared in the WIDE hydrangea IPv6 stack.
BSD April 10, 1999 BSD