Joachim Wiberg
493be97769
The Classic builds served for a while as an introduction to classic embedded systems, with a user managed read-writable /etc. Today we decided to firmly take the plunge into the future with NETCONF and focus on our core platforms aarch64 and x86_64 (for Qemu). The reasons are several: reduce overhead, simplify build and release work, as well as manual testing, since Classic builds do not have any automated regression testing. The Classic builds may be resurrected later in a dedicated project. Signed-off-by: Joachim Wiberg <troglobit@gmail.com>
1.8 KiB
Infix in Virtual Environments
Infix primarily targets real hardware, deployment to the cloud is not a
priority at the moment. However, for development and testing purposes
there is an x86_64 build that runs in Qemu.
These images also work with the Graphical Network Simulator (GNS3), which is a very user-friendly tool for playing around with simple to complex network setups, verifying interoperability between vendors, etc.
QEMU
Note: installation for Debian/Ubuntu based systems: sudo apt install virt-manager -- dependencies ensure the relevant Qemu packages are pulled in as well. Installing virt-manager helps set up Qemu networking on your system.
A virtualized Infix x86_64 instance can easily be launched from a Linux system, with Qemu installed, by issuing:
./qemu.sh
from an unpacked release tarball. From a built source tree of Infix the same functionality is bundled as:
make run
To change settings, e.g. networking, make run-menuconfig, or from a pre-built Infix release tarball, using ./qemu.sh -c
The Infix test suite is built around Qemu and Qeneth, see:
GNS3
Download the latest build of the x86_64, or aarch64 if your
host machine is Arm. Unpack the tarball in a dedicated directory and
use "Import Appliance" to install the .gns3a file into
GNS3.
Infix is in the "Router" category, it comes with 10 interfaces available by default for use as switch ports or routing.