network() Destination Driver
The network() destination driver can send syslog messages conforming to RFC-3164 from the network using the TCP, TLS, and UDP networking protocols.
Status
UDP | x86_64 | Works |
---|---|---|
UDP | ARM | Works |
TCP | x86_64 | Works |
TCP | ARM | Works |
Note
The network destination driver also includes TCP transmission on a TLS-encrypted channel, however, this is tested and verified in a separate post dealing with TLS-encryption with syslog-ng OSE here.
How to Test
Configuration Files Used
To test the network destination driver, we will run two instances of syslog-ng. One where we are transmitting data using the network destination driver that needs to be tested. And another that will listen for the data on the network pipeline established.
The network source driver used in the latter has been tested, click here to read that.
Destination Config File
#Detination
@version: 3.31
@include "scl.conf"
options {
stats-freq(10);
time-reopen(10);
};
source custom
{
example-msg-generator(
num(1)
template("Syslog-ng instance transmitting data is live.")
);
example-msg-generator(
num(20)
freq(5)
template("Message to TCP Destination using Network Driver")
);
example-msg-generator(
num(20)
freq(5)
template("Message to UDP Destination using Network Driver")
);
};
destination d_tcp {
network(
"127.0.0.1"
port(1999)
transport(tcp)
);
};
destination d_udp {
network(
"127.0.0.1"
port(5060)
transport(udp)
);
};
destination console{
file(/dev/stdout);
};
log {
source(custom);
if (message("TCP")) {
destination(d_tcp);
} elif (message("UDP")) {
destination(d_udp);
} else {
destination(console);
};
};
Source Config File
#Source
@version: 3.31
@include "scl.conf"
options {
stats-freq(10);
time-reopen(10);
};
source s_tcp {
network(port(1999) transport("tcp"));
};
source s_udp {
network(port(5060) transport("udp"));
};
destination console{
file(/dev/stdout);
};
log {
source(s_tcp);
source(s_udp);
destination(console);
};
(Note: For more information on how to do conditional destination routing and using template function, click here.)